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Makefile
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SHELL=/bin/bash
CURRENT_DIR=$(shell pwd)
INFOC=\033[32m
WARNC=\033[33m
ERRC=\033[31m
PJPC=\033[31m
DEFC=\033[0m
SEND=\033[400C\033[11D
-include local.mk
-include .config
-include generated.mk
##### Kconfig processing (.config has always precedence)
PREFIX := CONFIG_
define unquote
$(subst ",,$(1))
endef
$(foreach VAR,$(filter ${PREFIX}%,$(.VARIABLES)), $(eval $(patsubst ${PREFIX}%,%,$(VAR)) := $(call unquote,$($(VAR)))))
##### Kconfig specific vars
ifneq ($(BASM_DEBUG), )
BASM_ARGS+= -d
endif
ifneq ($(BASM_LIB), )
BASM_LIB_FILES=$(BASM_LIB)/*.basm
endif
ifneq ($(UART_SUPPORT), )
BM_ARGS+= -uart
endif
ifneq ($(UART_MAPFILE), )
BM_ARGS+= -uart-mapfile $(UART_MAPFILE)
endif
# Boards
ifeq ($(XILINX_BOARD_BASYS3),y)
BOARD=basys3
endif
ifeq ($(XILINX_BOARD_ZEDBOARD),y)
BOARD=zedboard
endif
ifeq ($(XILINX_BOARD_ZC702),y)
BOARD=zc702
endif
ifeq ($(XILINX_BOARD_KC705),y)
BOARD=kc705
endif
ifeq ($(XILINX_BOARD_EBAZ4205),y)
BOARD=ebaz4205
endif
ifeq ($(LATTICE_BOARD_ICEFUN),y)
BOARD=icefun
endif
ifeq ($(LATTICE_BOARD_ICE40LP1K),y)
BOARD=ice40lp1k
endif
ifeq ($(LATTICE_BOARD_ICEBREAKER),y)
BOARD=icebreaker
endif
ifeq ($(LATTICE_BOARD_ICESUGARNANO),y)
BOARD=icesugarnano
endif
ifeq ($(ALTERA_BOARD_MAX1000),y)
BOARD=max1000
endif
ifeq ($(ALTERA_BOARD_DE10NANO),y)
BOARD=de10nano
endif
##### Cluster or single target selection
ifneq ($(CLUSTER), )
MAINTARGET=cluster
else
ifneq ($(SOURCE_MULTI), )
MAINTARGET=projects
else
MAINTARGET=bondmachine
endif
endif
##### Project name
PROJECT_NAME=$(shell basename `pwd`)
PJP=$(PJPC)"[Project: $(PROJECT_NAME)]"$(DEFC)" - "
##### Toolchain selection
ifndef BOARD
BOARD=none
endif
ifeq ($(shell [[ $(BOARD) == "basys3" || $(BOARD) == "zedboard" || $(BOARD) == "zc702" || $(BOARD) == "kc705" || $(BOARD) == "ebaz4205" || $(BOARD) == "alveou50" ]] && echo true ),true)
BOARDOK=yes
TOOLCHAIN=vivado
VIVADO_VERSION=$(shell vivado -version | head -n 1 | sed -e 's/.*\([0-9][0-9][0-9][0-9]\.[0-9]\).*/\1/')
PROJECT_TARGET=$(WORKING_DIR)/vivado_creation
SYNTHESIS_TARGET=$(WORKING_DIR)/vivado_synthesis
IMPLEMENTATION_TARGET=$(WORKING_DIR)/vivado_implementation
BITSTREAM_TARGET=$(WORKING_DIR)/vivado_bitstream
PROGRAM_TARGET=$(WORKING_DIR)/vivado_program
ACCELERATOR_TARGET=$(WORKING_DIR)/vivado_accelerator
DESIGN_TARGET=$(WORKING_DIR)/vivado_design_creation
DESIGN_SYNTHESIS_TARGET=$(WORKING_DIR)/vivado_design_synthesis
DESIGN_IMPLEMENTATION_TARGET=$(WORKING_DIR)/vivado_design_implementation
DESIGN_BISTREAM_TARGET=$(WORKING_DIR)/vivado_design_bitstream
EXPORT_HARDWARD_TARGET=$(WORKING_DIR)/vivado_export_hardware
DEVICETREE_TARGET=$(WORKING_DIR)/vivado_devicetree
KERNEL_MODULE_TARGET=$(WORKING_DIR)/vivado_kernel_module
BUILDROOT_TARGET=$(WORKING_DIR)/vivado_buildroot
XCLBIN_TARGET=$(WORKING_DIR)/vivado_xclbin
endif
ifeq ($(shell [[ $(BOARD) == "max1000" || $(BOARD) == "de10nano" ]] && echo true ),true)
BOARDOK=yes
TOOLCHAIN=quartus
PROJECT_TARGET=$(WORKING_DIR)/quartus_creation
SYNTHESIS_TARGET=$(WORKING_DIR)/quartus_synthesis
IMPLEMENTATION_TARGET=$(WORKING_DIR)/quartus_implementation
BITSTREAM_TARGET=$(WORKING_DIR)/quartus_bitstream
PROGRAM_TARGET=$(WORKING_DIR)/quartus_program
endif
ifeq ($(shell [[ $(BOARD) == "ice40lp1k" || $(BOARD) == "icefun" || $(BOARD) == "icebreaker" || $(BOARD) == "icesugarnano" ]] && echo true ),true)
BOARDOK=yes
TOOLCHAIN=icestorm
PROJECT_TARGET=$(WORKING_DIR)/icestorm_creation
SYNTHESIS_TARGET=$(WORKING_DIR)/icestorm_synthesis
IMPLEMENTATION_TARGET=$(WORKING_DIR)/icestorm_implementation
BITSTREAM_TARGET=$(WORKING_DIR)/icestorm_bitstream
PROGRAM_TARGET=$(WORKING_DIR)/icestorm_program
endif
ifeq ($(shell [[ $(BOARD) == "icefun" ]] && echo true ),true)
BOARD_MODEL="hx8k"
BOARD_PACKAGE="cb132"
endif
ifeq ($(shell [[ $(BOARD) == "ice40lp1k" ]] && echo true ),true)
BOARD_MODEL="lp1k"
BOARD_PACKAGE="qn84"
endif
ifeq ($(shell [[ $(BOARD) == "icebreaker" ]] && echo true ),true)
BOARD_MODEL="up5k"
BOARD_PACKAGE="sg48"
endif
##### Source selection
ifneq ($(SOURCE_BASM), )
ifeq ($(MAINTARGET), cluster)
$(error Unsupported)
endif
SOURCE_COMMAND=basm $(BASM_ARGS) $(BMINFO_ARGS) -o $(WORKING_DIR)/bondmachine.json $(BASM_LIB_FILES) $(SOURCE_BASM)
SOURCE=$(SOURCE_BASM)
endif
ifneq ($(SOURCE_MULTIASM), )
ifeq ($(MAINTARGET), cluster)
$(error Unsupported)
endif
SOURCE_COMMAND=bondgo $(BONDGO_ARGS) -input-file $(SOURCE_MULTIASM) -save-bondmachine $(WORKING_DIR)/bondmachine.json -multi-abstract-assembly-input
SOURCE=$(SOURCE_MULTIASM)
endif
ifneq ($(SOURCE_ASM), )
ifeq ($(MAINTARGET), cluster)
$(error Unsupported)
endif
SOURCE_COMMAND=bondgo $(BONDGO_ARGS) -input-file $(SOURCE_ASM) -save-bondmachine $(WORKING_DIR)/bondmachine.json -abstract-assembly-input
SOURCE=$(SOURCE_ASM)
endif
ifneq ($(SOURCE_GO), )
ifneq ($(MAINTARGET), cluster)
SOURCE_COMMAND=bondgo $(BONDGO_ARGS) -input-file $(SOURCE_GO) -save-bondmachine $(WORKING_DIR)/bondmachine.json -mpm
else
SOURCE_COMMAND=bondgo $(BONDGO_ARGS) -input-file $(SOURCE_GO) -mpm $(ETHERBOND_ARGS) $(UDPBOND_ARGS) $(BONDIRECT_ARGS)
endif
SOURCE=$(SOURCE_GO)
endif
ifneq ($(SOURCE_EXPRESSION), )
ifeq ($(MAINTARGET), cluster)
$(error Unsupported)
endif
SOURCE_COMMAND=symbond -expression `cat $(SOURCE_EXPRESSION)` -save-bondmachine $(WORKING_DIR)/bondmachine.json
SOURCE=$(SOURCE_EXPRESSION)
endif
ifneq ($(SOURCE_BOOLEAN), )
ifeq ($(MAINTARGET), cluster)
$(error Unsupported)
endif
SOURCE_COMMAND=boolbond $(BOOL_ARGS) -system-file $(SOURCE_BOOLEAN) -save-bondmachine $(WORKING_DIR)/bondmachine.json
SOURCE=$(SOURCE_BOOLEAN)
endif
ifneq ($(SOURCE_JSON), )
ifeq ($(MAINTARGET), cluster)
$(error Unsupported)
endif
SOURCE_COMMAND=cp $(SOURCE_JSON) $(WORKING_DIR)/bondmachine.json
SOURCE=$(SOURCE_JSON)
endif
ifneq ($(SOURCE_MATRIXWORK), )
ifeq ($(MAINTARGET), cluster)
$(error Unsupported)
endif
SOURCE_COMMAND=matrixwork -constants $(SOURCE_MATRIXWORK) -constant-matrix $(MATRIXWORKMATRIX) -numerical-type $(MATRIXWORKTYPE) -save-bondmachine $(WORKING_DIR)/bondmachine.json
SOURCE=$(SOURCE_MATRIXWORK)
endif
ifneq ($(SOURCE_NEURALBOND), )
ifeq ($(MAINTARGET), cluster)
$(error Unsupported)
endif
SOURCE_COMMAND=neuralbond -net-file $(SOURCE_NEURALBOND) -neuron-lib-path $(NEURALBOND_LIBRARY) -save-basm $(WORKING_DIR)/bondmachine.basm $(NEURALBOND_ARGS) $(BMINFO_ARGS) ; basm $(BASM_ARGS) $(BMINFO_ARGS) -o $(WORKING_DIR)/bondmachine.json $(WORKING_DIR)/bondmachine.basm $(NEURALBOND_LIBRARY)/*.basm
SOURCE=$(SOURCE_NEURALBOND)
endif
ifneq ($(SOURCE_MELBOND), )
ifeq ($(MAINTARGET), cluster)
$(error Unsupported)
endif
SOURCE_COMMAND=melbond -neuron-lib-path $(MELBOND_LIBRARY) -save-basm $(WORKING_DIR)/bondmachine.basm $(MELBOND_ARGS) $(BMINFO_ARGS) $(SOURCE_MELBOND); basm $(BASM_ARGS) $(BMINFO_ARGS) -o $(WORKING_DIR)/bondmachine.json $(WORKING_DIR)/bondmachine.basm $(MELBOND_LIBRARY)/*.basm
SOURCE=$(SOURCE_MELBOND)
endif
##### Arguments processing
ifneq ($(BOARD_SLOW), )
SLOW_ARGS=-board-slow -board-slow-factor $(BOARD_SLOW_FACTOR)
else
SLOW_ARGS=
endif
ifneq ($(BENCHCORE), )
BENCHCORE_ARGS=-attach-benchmark-core $(BENCHCORE)
else
BENCHCORE_ARGS=
endif
ifneq ($(SHOWARGS), )
SHOW_ARGS=$(SHOWARGS)
else
SHOW_ARGS=
endif
ifneq ($(SHOWRENDERER), )
SHOW_RENDERER=$(SHOWRENDERER)
else
SHOW_RENDERER=dot -Txlib
endif
ifneq ($(BOOLEANARGS), )
BOOL_ARGS=$(BOOLEANARGS)
else
BOOL_ARGS=
endif
ifneq ($(ETHERBOND_MACFILE), )
ETHERBOND_MACFILE_ARGS=-etherbond-macfile $(ETHERBOND_MACFILE)
else
ETHERBOND_MACFILE_ARGS=
endif
ifneq ($(ETHERBOND_EXTERNAL), )
ETHERBOND_EXTERNAL_ARGS=-etherbond-external $(ETHERBOND_EXTERNAL)
else
ETHERBOND_EXTERNAL_ARGS=
endif
ifneq ($(USE_ETHERBOND), )
ifeq ($(MAINTARGET), cluster)
ETHERBOND_ARGS=-use-etherbond
else
ETHERBOND_ARGS=-use-etherbond $(ETHERBOND_EXTERNAL_ARGS) -cluster-spec $(CLUSTER_SPEC) -peer-id $(PEER_ID) -etherbond-mapfile $(ETHERBOND_MAPFILE) $(ETHERBOND_MACFILE_ARGS)
endif
else
ETHERBOND_ARGS=
endif
ifneq ($(UDPBOND_IPFILE), )
UDPBOND_IPFILE_ARGS=-udpbond-ipfile $(UDPBOND_IPFILE)
else
UDPBOND_IPFILE_ARGS=
endif
ifneq ($(UDPBOND_NETCONFIG), )
UDPBOND_NETCONFIG_ARGS=-udpbond-netconfig $(UDPBOND_NETCONFIG)
else
UDPBOND_NETCONFIG_ARGS=
endif
ifneq ($(UDPBOND_EXTERNAL), )
UDPBOND_EXTERNAL_ARGS=-udpbond-external $(UDPBOND_EXTERNAL)
else
UDPBOND_EXTERNAL_ARGS=
endif
ifneq ($(USE_UDPBOND), )
UDPBOND_ARGS=-use-udpbond $(UDPBOND_EXTERNAL_ARGS) -cluster-spec $(CLUSTER_SPEC) -peer-id $(PEER_ID) -udpbond-mapfile $(UDPBOND_MAPFILE) $(UDPBOND_IPFILE_ARGS) $(UDPBOND_NETCONFIG_ARGS)
else
UDPBOND_ARGS=
endif
## BMAPI SUB ARGS PROCESSING
ifneq ($(BMAPI_DATATYPE), )
BMAPI_DATATYPE_ARGS=-bmapi-data-type "$(BMAPI_DATATYPE)"
else
ifneq ($(DATATYPE), )
BMAPI_DATATYPE_ARGS=-bmapi-data-type "$(DATATYPE)"
else
BMAPI_DATATYPE_ARGS=
endif
endif
ifneq ($(BMAPI_LANGUAGE), )
BMAPI_LANGUAGE_ARGS=-bmapi-language $(BMAPI_LANGUAGE)
else
BMAPI_LANGUAGE_ARGS=
endif
ifneq ($(BMAPI_FRAMEWORK), )
BMAPI_FRAMEWORK_ARGS=-bmapi-framework $(BMAPI_FRAMEWORK)
else
BMAPI_FRAMEWORK_ARGS=
endif
ifneq ($(USE_BMAPI), )
ifeq ($(BMAPI_FLAVOR),aximm)
BMAPI_ARGS=-use-bmapi -bmapi-flavor $(BMAPI_FLAVOR) $(BMAPI_LANGUAGE_ARGS) -bmapi-mapfile $(BMAPI_MAPFILE) -bmapi-liboutdir $(BMAPI_LIBOUTDIR) $(BMAPI_FRAMEWORK_ARGS) -bmapi-modoutdir $(BMAPI_MODOUTDIR) -bmapi-auxoutdir $(BMAPI_AUXOUTDIR) -bmapi-generate-example $(BMAPI_GENERATE_EXAMPLE) $(BMAPI_DATATYPE_ARGS)
endif
ifeq ($(BMAPI_FLAVOR),axist)
ifeq ($(BOARD),alveou50)
BMAPI_ARGS=-use-bmapi -bmapi-flavor $(BMAPI_FLAVOR) $(BMAPI_LANGUAGE_ARGS) -bmapi-mapfile $(BMAPI_MAPFILE) -bmapi-liboutdir $(BMAPI_LIBOUTDIR) $(BMAPI_FRAMEWORK_ARGS) -bmapi-flavor-version $(BMAPI_FLAVOR_VERSION) -bmapi-modoutdir $(BMAPI_MODOUTDIR) th-bmapi-generate-example $(BMAPI_GENERATE_EXAMPLE) $(BMAPI_DATATYPE_ARGS)
else
BMAPI_ARGS=-use-bmapi -bmapi-flavor $(BMAPI_FLAVOR) $(BMAPI_LANGUAGE_ARGS) -bmapi-mapfile $(BMAPI_MAPFILE) -bmapi-liboutdir $(BMAPI_LIBOUTDIR) $(BMAPI_FRAMEWORK_ARGS) -bmapi-flavor-version $(BMAPI_FLAVOR_VERSION) -bmapi-generate-example $(BMAPI_GENERATE_EXAMPLE) $(BMAPI_DATATYPE_ARGS)
endif
endif
ifeq ($(BMAPI_FLAVOR),uartusb)
BMAPI_ARGS=-use-bmapi -bmapi-flavor $(BMAPI_FLAVOR) $(BMAPI_LANGUAGE_ARGS) -bmapi-mapfile $(BMAPI_MAPFILE) -bmapi-liboutdir $(BMAPI_LIBOUTDIR) $(BMAPI_FRAMEWORK_ARGS) $(BMAPI_DATATYPE_ARGS)
endif
else
BMAPI_ARGS=
endif
ifneq ($(BASYS3_7SEG), )
BASYS3_7SEG_ARGS=-basys3-7segment -basys3-7segment-map $(BASYS3_7SEG_MAP)
else
BASYS3_7SEG_ARGS=
endif
ifneq ($(IB_LEDS), )
IB_LEDS_ARGS=-icebreaker-leds -icebreaker-leds-map $(IB_LEDS_MAP)
else
IB_LEDS_ARGS=
endif
ifneq ($(PS2IOKBD), )
PS2IOKBD_ARGS=-ps2-keyboard-io -ps2-keyboard-io-map $(PS2IOKBD_MAP)
else
PS2IOKBD_ARGS=
endif
ifneq ($(VGATEXT), )
VGATEXT_ARGS=-vgatext -vgatext-flavor $(VGATEXT_FLAVOR) -vgatext-fonts $(VGATEXT_FONTS) -vgatext-header $(VGATEXT_HEADER)
else
VGATEXT_ARGS=
endif
ifneq ($(EXTRA_INCLUDES), )
EXTRA_INCLUDES_ARGS=$(EXTRA_INCLUDES)
else
EXTRA_INCLUDES_ARGS=
endif
ifneq ($(UDPBOND_IPFILE), )
UDPBOND_IPFILE_ARGS=
else
UDPBOND_IPFILE_ARGS=
endif
ifneq ($(UDPBOND_NETCONFIG), )
UDPBOND_NETCONFIG_ARGS=
else
UDPBOND_NETCONFIG_ARGS=
endif
ifneq ($(USE_UDPBOND), )
UDPBOND_ARGS=-use-udpbond $(UDPBOND_NETCONFIG_ARGS) $(UDPBOND_IPFILE_ARGS)
else
UDPBOND_ARGS=
endif
ifneq ($(USE_BONDIRECT), )
BONDIRECT_ARGS=-use-bondirect
else
BONDIRECT_ARGS=
endif
##### Rootdir
ifeq ($(ROOTDIR), )
ROOTDIR=..
endif
ifneq ($(HDL_REGRESSION), )
HDL_REGRESSION_TARGETS=$(WORKING_DIR)/hdl_target
else
HDL_REGRESSION_TARGETS=
endif
ifneq ($(BM_REGRESSION), )
BM_REGRESSION_TARGETS=$(WORKING_DIR)/hdl_target
else
BM_REGRESSION_TARGETS=
endif
ifneq ($(SIM_REGRESSION), )
SIM_REGRESSION_TARGETS=simulate
else
SIM_REGRESSION_TARGETS=
endif
ifneq ($(DATATYPE), )
SIMBATCH_DATATYPE=--data-type "$(DATATYPE)"
else
SIMBATCH_DATATYPE=
endif
ifneq ($(BMINFO), )
BMINFO_ARGS=-bminfo-file $(BMINFO)
else
BMINFO_ARGS=
endif
ifneq ($(BMREQS), )
BMREQS_ARGS=-bmrequirements-file $(BMREQS)
else
BMREQS_ARGS=
endif
ifneq ($(HWOPTIMIZATIONS), )
BMOPT_ARGS=-hw-optimizations $(HWOPTIMIZATIONS)
else
BMOPT_ARGS=
endif
##### Placeholders targets
all: ${MAINTARGET}
bondmachine: $(WORKING_DIR)/bondmachine_target | $(WORKING_DIR) checkenv
hdl: $(WORKING_DIR)/hdl_target | $(WORKING_DIR) checkenv
project: $(PROJECT_TARGET) | $(WORKING_DIR) checkenv
synthesis: $(SYNTHESIS_TARGET) | $(WORKING_DIR) checkenv
implementation: $(IMPLEMENTATION_TARGET) | $(WORKING_DIR) checkenv
bitstream: $(BITSTREAM_TARGET) | $(WORKING_DIR) checkenv
design: $(DESIGN_TARGET) | $(WORKING_DIR) checkenv
accelerator: $(ACCELERATOR_TARGET) | $(WORKING_DIR) checkenv
design_synthesis: $(DESIGN_SYNTHESIS_TARGET) | $(WORKING_DIR) checkenv
design_implementation: $(DESIGN_IMPLEMENTATION_TARGET) | $(WORKING_DIR) checkenv
design_bitstream: $(DESIGN_BISTREAM_TARGET) | $(WORKING_DIR) checkenv
export_hardware: $(EXPORT_HARDWARD_TARGET) | $(WORKING_DIR) checkenv
devicetree: $(DEVICETREE_TARGET) | $(WORKING_DIR) checkenv
kernel_module: $(KERNEL_MODULE_TARGET) | $(WORKING_DIR) checkenv
buildroot: $(BUILDROOT_TARGET) | $(WORKING_DIR) checkenv
bmapp: $(WORKING_DIR)/bmapp_target | $(WORKING_DIR) checkenv
xclbin: $(XCLBIN_TARGET) | $(WORKING_DIR) checkenv
.PHONY: program
program: $(PROGRAM_TARGET) | $(WORKING_DIR) checkenv
##### Kconfig based confifuration
.PHONY: menuconfig
menuconfig:
ifneq (, $(shell which menuconfig 2> /dev/null))
@menuconfig
else
ifneq (, $(shell which kconfig-mconf 2> /dev/null))
@kconfig-mconf Kconfig
else
$(error "No Kconfig tool in $(PATH)")
endif
endif
##### Toolchain independent targets
.PHONY: apply
apply:
@bmhelper apply
.PHONY: validate
validate:
@bmhelper validate
name:
@echo $(PROJECT_NAME)
$(WORKING_DIR):
@echo -e "$(PJP)$(INFOC)[Working directory creation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
mkdir -p $(WORKING_DIR)
@echo -e "$(PJP)$(INFOC)[Working directory creation end]$(DEFC)"
@echo
$(WORKING_DIR)/bondmachine_target: $(SOURCE) | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine generation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
$(SOURCE_COMMAND)
@touch $(WORKING_DIR)/bondmachine_target
@echo -e "$(PJP)$(INFOC)[BondMachine generation end]$(DEFC)"
@echo
$(WORKING_DIR)/hdl_target: $(WORKING_DIR)/bondmachine_target | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[HDL generation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
bondmachine -bondmachine-file $(WORKING_DIR)/bondmachine.json -create-verilog -verilog-mapfile $(MAPFILE) -verilog-flavor $(BOARD) $(BM_ARGS) $(BENCHCORE_ARGS) $(SLOW_ARGS) $(BASYS3_7SEG_ARGS) $(IB_LEDS_ARGS) $(PS2IOKBD_ARGS) $(VGATEXT_ARGS) $(ETHERBOND_ARGS) $(UDPBOND_ARGS) $(BMAPI_ARGS) $(VERILOG_OPTIONS) $(BMINFO_ARGS) $(BMREQS_ARGS) $(BMOPT_ARGS) $(BMRANGES)
echo > $(WORKING_DIR)/bondmachine.sv
for i in `ls *.v | sort -d` ; do cat $$i >> $(WORKING_DIR)/bondmachine.sv ; done
rm -f *.v
echo > $(WORKING_DIR)/bondmachine.vhd
for i in `ls *.vhd | sort -d` ; do cat $$i >> $(WORKING_DIR)/bondmachine.vhd ; done
rm -f *.vhd
@touch $(WORKING_DIR)/hdl_target
@echo -e "$(PJP)$(INFOC)[HDL generation end]$(DEFC)"
@echo
$(WORKING_DIR)/bmapp_target: $(WORKING_DIR)/bondmachine_target | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine App compiling begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
rm -rf $(WORKING_DIR)/app
mkdir -p $(WORKING_DIR)/app
cp $(BMAPI_APP) $(WORKING_DIR)/app
cd $(WORKING_DIR)/app ; go mod init $(BMAPI_GOMOD) ; go mod edit -replace git.fisica.unipg.it/bondmachine/bmapiusbuart.git=../bmapi ; go mod tidy
cd $(WORKING_DIR)/app ; go build
@touch $(WORKING_DIR)/bmapp_target
@echo -e "$(PJP)$(INFOC)[BondMachine App compiling end]$(DEFC)"
@echo
bmapprun: $(WORKING_DIR)/bmapp_target program | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine run App begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
cd $(WORKING_DIR)/app ; go run $(BMAPI_APP)
@echo -e "$(PJP)$(INFOC)[BondMachine run App end]$(DEFC)"
@echo
.PHONY: deploy
deploy: $(WORKING_DIR)/vivado_design_bitstream | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine deploy begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
ifeq ($(DEPLOY_TYPE),ssh)
ifndef DEPLOY_USER
$(error DEPLOY_USER is not set)
endif
ifndef DEPLOY_GROUP
$(error DEPLOY_GROUP is not set)
endif
ifndef DEPLOY_HOST
$(error DEPLOY_HOST is not set)
endif
ifndef DEPLOY_PATH
$(error DEPLOY_PATH is not set)
endif
@echo -e "$(PJP)$(INFOC)[BondMachine deploy via ssh]$(DEFC)"
ifeq ($(DEPLOY_OVERRIDE),true)
ssh $(SSH_ARGS) $(DEPLOY_USER)@$(DEPLOY_HOST) "if [ -d $(DEPLOY_PATH) ]; then rm -rf $(DEPLOY_PATH); fi"
else
ssh $(SSH_ARGS) $(DEPLOY_USER)@$(DEPLOY_HOST) "if [ -d $(DEPLOY_PATH) ]; then ; exit 1; fi"
endif
ifneq ($(DEPLOY_CLONE),)
ssh $(SSH_ARGS) $(DEPLOY_USER)@$(DEPLOY_HOST) "if [ -d $(DEPLOY_CLONE) ]; then cp -a $(DEPLOY_CLONE) $(DEPLOY_PATH); fi"
else
ssh $(SSH_ARGS) $(DEPLOY_USER)@$(DEPLOY_HOST) "if [ ! -d $(DEPLOY_PATH) ]; then mkdir -p $(DEPLOY_PATH); fi"
endif
scp $(SSH_ARGS) $(WORKING_DIR)/bmaccelerator/bmaccelerator.runs/impl_1/bm_design_wrapper.bit $(DEPLOY_USER)@$(DEPLOY_HOST):$(DEPLOY_PATH)/firmware.bit
scp $(SSH_ARGS) $$(find | grep hwh) $(DEPLOY_USER)@$(DEPLOY_HOST):$(DEPLOY_PATH)/firmware.hwh
ifneq ($(DEPLOY_APP),)
scp $(SSH_ARGS) $(DEPLOY_APP) $(DEPLOY_USER)@$(DEPLOY_HOST):$(DEPLOY_PATH)/
endif
endif
@echo -e "$(PJP)$(INFOC)[BondMachine deploy end]$(DEFC)"
@echo
.PHONY: deployrun
deployrun: deploy | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine deployrun begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
ifeq ($(DEPLOY_TYPE),ssh)
ifneq ($(DEPLOY_APP),)
ifneq ($(DEPLOY_RUN_COMMAND),)
ssh $(SSH_ARGS) $(DEPLOY_USER)@$(DEPLOY_HOST) "cd $(DEPLOY_PATH) ; $(DEPLOY_RUN_COMMAND)"
endif
endif
endif
@echo -e "$(PJP)$(INFOC)[BondMachine deployrun end]$(DEFC)"
@echo
.PHONY: deploycollect
deploycollect: deployrun | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine deploycollect begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
ifeq ($(DEPLOY_TYPE),ssh)
ifneq ($(DEPLOY_COLLECT),)
@bash -c 'for i in $(DEPLOY_COLLECT) ; do scp $(SSH_ARGS) $(DEPLOY_USER)@$(DEPLOY_HOST):$(DEPLOY_PATH)/$$i $(WORKING_DIR)/$$i ; done'
endif
endif
@echo -e "$(PJP)$(INFOC)[BondMachine deploycollect end]$(DEFC)"
@echo
.PHONY: dumpcollect
dumpcollect:
ifneq ($(DEPLOY_COLLECT),)
@bash -c 'for i in $(DEPLOY_COLLECT) ; do echo $$i ; done'
endif
show: $(WORKING_DIR)/bondmachine_target | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine diagram show begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
bondmachine -bondmachine-file $(WORKING_DIR)/bondmachine.json -emit-dot $(SHOW_ARGS) $(BMINFO_ARGS) | $(SHOW_RENDERER)
@echo -e "$(PJP)$(INFOC)[BondMachine diagram show end]$(DEFC)"
@echo
specs: $(WORKING_DIR)/bondmachine_target | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine specs begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@bondmachine -bondmachine-file $(WORKING_DIR)/bondmachine.json -specs
@echo -e "$(PJP)$(INFOC)[BondMachine specs end]$(DEFC)"
@echo
report: $(WORKING_DIR)/vivado_design_implementation | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine report begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@echo -e "{" > $(WORKING_DIR)/report.json
@echo -e '\t"cps": '`bondmachine -bondmachine-file $(WORKING_DIR)/bondmachine.json $(BMRANGES) -enum-processors`',' >> $(WORKING_DIR)/report.json
@echo -e '\t"bonds": '`bondmachine -bondmachine-file $(WORKING_DIR)/bondmachine.json $(BMRANGES) -enum-bonds`',' >> $(WORKING_DIR)/report.json
@echo -e '\t"luts": '`grep -F -e LUTs $(WORKING_DIR)/bmaccelerator/bmaccelerator.runs/impl_1/bm_design_wrapper_utilization_placed.rpt | cut -d '|' -f 3 | sed 's/ //g'`',' >> $(WORKING_DIR)/report.json
@echo -e '\t"regs": '`grep -F -e 'Slice Registers' $(WORKING_DIR)/bmaccelerator/bmaccelerator.runs/impl_1/bm_design_wrapper_utilization_placed.rpt | cut -d '|' -f 3 | sed 's/ //g' | head -n 1`',' >> $(WORKING_DIR)/report.json
@echo -e '\t"power": '`grep -F -e 'bondmachineip_0' $(WORKING_DIR)/bmaccelerator/bmaccelerator.runs/impl_1/bm_design_wrapper_power_routed.rpt | cut -d "|" -f 3 | sed 's/ //g'| head -n 1`',' >> $(WORKING_DIR)/report.json
ifeq ($(BOARD),zedboard)
@echo -e '\t"clock_freq": 100,' >> $(WORKING_DIR)/report.json
endif
ifeq ($(BOARD),ebaz4205)
@echo -e '\t"clock_freq": 50,' >> $(WORKING_DIR)/report.json
endif
ifneq ($(SOURCE_NEURALBOND),)
@cat neuralbondconfig.json | jq --tab .Params | head -n -1 | tail -n +2 >> $(WORKING_DIR)/report.json
endif
@echo -e "}" >> $(WORKING_DIR)/report.json
@echo -e "$(PJP)$(INFOC)[BondMachine report end]$(DEFC)"
@echo
simulate: $(WORKING_DIR)/bondmachine_target | $(WORKING_DIR) checkenv
ifndef SIMBOX_FILE
$(error SIMBOX_FILE is undefined)
endif
ifndef SIM_INTERACTIONS
$(error SIM_INTERACTIONS is undefined)
endif
@echo -e "$(PJP)$(INFOC)[BondMachine simulation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
cp $(SIMBOX_FILE) $(WORKING_DIR)
bondmachine -bondmachine-file $(WORKING_DIR)/bondmachine.json -sim -simbox-file $(WORKING_DIR)/$(SIMBOX_FILE) -sim-interactions $(SIM_INTERACTIONS) $(SIM_OPTIONS) $(BMRANGES) | tee $(WORKING_DIR)/simulate.out
ifdef SIMREPORT_CLEANUP
bmnumbers -omit-prefix $(BMRANGES) -use-files $(SIM_REPORT)
mv $(SIM_REPORT).out $(SIM_REPORT)
endif
@echo -e "$(PJP)$(INFOC)[BondMachine simulation end]$(DEFC)"
@echo
simbatch: $(WORKING_DIR)/bondmachine_target | $(WORKING_DIR) checkenv
ifndef SIMBATCH_INPUT_DATASET
$(error SIMBATCH_INPUT_DATASET is undefined)
endif
ifndef SIMBATCH_OUTPUT_DATASET
$(error SIMBATCH_OUTPUT_DATASET is undefined)
endif
ifndef SIMBATCH_ITERACTIONS
$(error SIMBATCH_ITERACTIONS is undefined)
endif
@echo -e "$(PJP)$(INFOC)[BondMachine simbatch begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
./simbatch.py -w $(WORKING_DIR) -i $(SIMBATCH_INPUT_DATASET) -o $(SIMBATCH_OUTPUT_DATASET) -s $(SIMBATCH_ITERACTIONS) $(SIMBATCH_ARGS) $(BMRANGES) $(SIMBATCH_DATATYPE)
@echo -e "$(PJP)$(INFOC)[BondMachine simbatch end]$(DEFC)"
@echo
simvideo: simulate
@echo -e "$(PJP)$(INFOC)[Simulation video creation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
rm -f graphviz.mp4
./Makevideo
mplayer -fs graphviz.mp4
@echo -e "$(PJP)$(INFOC)[Simulation video creation end]$(DEFC)"
@echo
emulate: $(WORKING_DIR)/bondmachine_target | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[BondMachine emulation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
$(EMU_PREREQUISITES) &
@sleep 1
bondmachine -bondmachine-file $(WORKING_DIR)/bondmachine.json -emu $(EMU_OPTIONS)
@echo -e "$(PJP)$(INFOC)[BondMachine emmulation end]$(DEFC)"
@echo
.PHONY: regressionhdl
regressionhdl: $(HDL_REGRESSION_TARGETS) | silent
ifneq ($(HDL_REGRESSION_TARGETS), )
@echo -e "$(PJP)$(INFOC)[HDL Regression begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@for rfile in $(HDL_REGRESSION); do echo -n "$$rfile" ; ( cmp $(WORKING_DIR)/$$rfile $$rfile.reg > /dev/null 2>&1 && echo -e "$(INFOC)$(SEND)[ Passed ]$(DEFC)" ) || (echo -e "$(ERRC)$(SEND)[ Failed ]$(DEFC)" ; exit 1) ; done
@echo -e "$(PJP)$(INFOC)[HDL Regression end]$(DEFC)"
@echo
endif
.PHONY: regressionbm
regressionbm: $(BM_REGRESSION_TARGETS) | silent
ifneq ($(BM_REGRESSION_TARGETS), )
@echo -e "$(PJP)$(INFOC)[BondMachine Regression begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@for rfile in $(BM_REGRESSION); do echo -n "$$rfile" ; ( cmp $(WORKING_DIR)/$$rfile $$rfile.reg > /dev/null 2>&1 && echo -e "$(INFOC)$(SEND)[ Passed ]$(DEFC)" ) || (echo -ne "$(ERRC)$(SEND)[ Failed ]$(DEFC)" ; exit 1) ; done
@echo -e "$(PJP)$(INFOC)[BondMachine Regression end]$(DEFC)"
@echo
endif
.PHONY: regressionsim
regressionsim: $(SIM_REGRESSION_TARGETS) | silent
ifneq ($(SIM_REGRESSION_TARGETS), )
@echo -e "$(PJP)$(INFOC)[Simulation Regression begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@for rfile in $(SIM_REGRESSION); do echo -n "$$rfile" ; ( cmp $(WORKING_DIR)/$$rfile $$rfile.reg > /dev/null 2>&1 && echo -e "$(INFOC)$(SEND)[ Passed ]$(DEFC)" ) || (echo -ne "$(ERRC)$(SEND)[ Failed ]$(DEFC)" ; exit 1) ; done
@echo -e "$(PJP)$(INFOC)[Simulation Regression end]$(DEFC)"
@echo
endif
.PHONY: regression
regression: regressionbm regressionhdl regressionsim
.PHONY: regressionhdldiff
regressionhdldiff: $(HDL_REGRESSION_TARGETS)
ifneq ($(HDL_REGRESSION_TARGETS), )
@echo -e "$(PJP)$(INFOC)[HDL Regression begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@for rfile in $(HDL_REGRESSION); do ( cmp $(WORKING_DIR)/$$rfile $$rfile.reg > /dev/null 2>&1 && echo -ne "$(INFOC)$(SEND)[ Passed ]$(DEFC)" ) || ( vimdiff $(WORKING_DIR)/$$rfile $$rfile.reg ) ; done
@echo -e "$(PJP)$(INFOC)[HDL Regression end]$(DEFC)"
@echo
endif
.PHONY: regressionbmdiff
regressionbmdiff: $(BM_REGRESSION_TARGETS)
ifneq ($(BM_REGRESSION_TARGETS), )
@echo -e "$(PJP)$(INFOC)[BondMachine Regression begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@for rfile in $(BM_REGRESSION); do ( cmp $(WORKING_DIR)/$$rfile $$rfile.reg > /dev/null 2>&1 && echo -ne "$(INFOC)$(SEND)[ Passed ]$(DEFC)" ) || ( vimdiff $(WORKING_DIR)/$$rfile $$rfile.reg ) ; done
@echo -e "$(PJP)$(INFOC)[BondMachine Regression end]$(DEFC)"
@echo
endif
.PHONY: regressionsimdiff
regressionsimdiff: $(SIM_REGRESSION_TARGETS)
ifneq ($(SIM_REGRESSION_TARGETS), )
@echo -e "$(PJP)$(INFOC)[Simulation Regression begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@for rfile in $(SIM_REGRESSION); do ( cmp $(WORKING_DIR)/$$rfile $$rfile.reg > /dev/null 2>&1 && echo -ne "$(INFOC)$(SEND)[ Passed ]$(DEFC)" ) || ( vimdiff $(WORKING_DIR)/$$rfile $$rfile.reg ) ; done
@echo -e "$(PJP)$(INFOC)[Simulation Regression end]$(DEFC)"
@echo
endif
.PHONY: regressiondiff
regressiondiff: regressionbmdiff regressionhdldiff regressionsimdiff
.PHONY: regressionhdlreset
regressionhdlreset: $(HDL_REGRESSION_TARGETS)
ifneq ($(HDL_REGRESSION_TARGETS), )
@echo -e "$(PJP)$(INFOC)[HDL Regression reset begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@for rfile in $(HDL_REGRESSION); do cp $(WORKING_DIR)/$$rfile $$rfile.reg ; echo "$$rfile Resetted" ; done
@echo -e "$(PJP)$(INFOC)[HDL Regression reset end]$(DEFC)"
@echo
endif
.PHONY: regressionbmreset
regressionbmreset: $(BM_REGRESSION_TARGETS)
ifneq ($(BM_REGRESSION_TARGETS), )
@echo -e "$(PJP)$(INFOC)[BondMachine Regression reset begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@for rfile in $(BM_REGRESSION); do cp $(WORKING_DIR)/$$rfile $$rfile.reg ; echo "$$rfile Resetted" ; done
@echo -e "$(PJP)$(INFOC)[BondMachine Regression reset end]$(DEFC)"
@echo
endif
.PHONY: regressionsimreset
regressionsimreset: $(SIM_REGRESSION_TARGETS)
ifneq ($(SIM_REGRESSION_TARGETS), )
@echo -e "$(PJP)$(INFOC)[Simulation Regression reset begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@for rfile in $(SIM_REGRESSION); do cp $(WORKING_DIR)/$$rfile $$rfile.reg ; echo "$$rfile Resetted" ; done
@echo -e "$(PJP)$(INFOC)[Simulation Regression reset end]$(DEFC)"
@echo
endif
.PHONY: regressionreset
regressionreset: regressionbmreset regressionhdlreset regressionsimreset
##### Projects analysis
.PHONY: projects
projects:
ifndef SOURCE_MULTI
$(error "undefined SOURCE_MULTI")
endif
ifndef MULTI_TARGET
$(error "undefined MULTI_TARGET")
endif
@echo -e "$(PJP)$(INFOC)[Projects begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@bash -c 'for i in `cat $(SOURCE_MULTI)` ; do make --no-print-directory -C $$i $(MULTI_TARGET) || exit 1 ; done'
@echo -e "$(PJP)$(INFOC)[Projects end]$(DEFC)"
.PHONY: projectscollect
projectscollect: projects | $(WORKING_DIR)
ifndef MULTI_TYPE
$(error "undefined MULTI_TYPE")
endif
@echo -e "$(PJP)$(INFOC)[Projects collect begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
ifeq ($(MULTI_TYPE),ml)
@bash -c 'for i in `cat $(SOURCE_MULTI)` ; do make --no-print-directory -C $$i SHOWRENDERER="dot -Tpng > working_dir/image.png" show ; cp -a $$i/working_dir/image.png working_dir/`basename $$i`_image.png ; done'
@bash -c 'for i in `cat $(SOURCE_MULTI)` ; do make --no-print-directory -C $$i report ; cp -a $$i/working_dir/report.json working_dir/`basename $$i`_report.json ; done'
@bash -c 'for i in `cat $(SOURCE_MULTI)` ; do for j in `make --no-print-directory -C $$i dumpcollect` ; do cp -a $$i/working_dir/$$j working_dir/`basename $$i`_$$j ; done ; done'
@bash -c 'LIST="" ; for i in `cat $(SOURCE_MULTI)` ; do LIST=`basename $$i`,$$LIST ; bmanalysis -analysis-type ml -projects-list $$LIST -ipynb-file working_dir/analysis.ipynb ; done'
endif
ifeq ($(MULTI_TYPE),templsim)
@bash -c 'for i in `cat $(SOURCE_MULTI)` ; do for j in `make --no-print-directory -C $$i dumpcollect` ; do cp -a $$i/working_dir/$$j working_dir/`basename $$i`_$$j ; done ; done'
@bash -c 'LIST="" ; for i in `cat $(SOURCE_MULTI)` ; do LIST=`basename $$i`,$$LIST ; bmanalysis -analysis-type mlsim -projects-list $$LIST -ipynb-file working_dir/analysis.ipynb ; done'
endif
@echo -e "$(PJP)$(INFOC)[Projects collect end]$(DEFC)"
.PHONY: projectsdeploy
projectsdeploy: projectscollect | $(WORKING_DIR)
@echo -e "$(PJP)$(INFOC)[Projects deploy begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
ifeq ($(DEPLOY_TYPE),local)
ifndef DEPLOY_PATH
$(error "undefined DEPLOY_PATH")
endif
ifeq ($(DEPLOY_OVERRIDE),true)
@rm -rf $(DEPLOY_PATH)
else
@bash -c 'if [ -d $(DEPLOY_PATH) ]; then ; exit 1; fi'
endif
endif
@mkdir -p $(DEPLOY_PATH)
@bash -c 'for i in `ls $(WORKING_DIR)` ; do cp -a $(WORKING_DIR)/$$i $(DEPLOY_PATH) ; done'
@echo -e "$(PJP)$(INFOC)[Projects deploy end]$(DEFC)"
@echo
##### Iverilog gtkwave toolchain
# TODO Convert here to a new toolchain for iverilog
#$(WORKING_DIR)/bondmachine_simulation.sv: $(WORKING_DIR)/bondmachine_target | $(WORKING_DIR) checkenv
# cp $(SIMBOX_FILE) $(WORKING_DIR)
# bondmachine -bondmachine-file $(WORKING_DIR)/bondmachine.json -create-verilog -verilog-mapfile $(MAPFILE) -verilog-flavor iverilog $(BENCHCORE_ARGS) $(VERILOG_OPTIONS) -verilog-simulation -simbox-file $(WORKING_DIR)/$(SIMBOX_FILE) -sim-interactions $(SIM_INTERACTIONS)
# echo > $(WORKING_DIR)/bondmachine_simulation.sv
# for i in `ls *.v | sort -d` ; do cat $$i >> $(WORKING_DIR)/bondmachine_simulation.sv ; done
# rm -f *.v
# TODO Convert here to a new toolchain for iverilog gtkwave
#simverilog: $(WORKING_DIR)/bondmachine_simulation.sv | $(WORKING_DIR) checkenv
# iverilog $(WORKING_DIR)/bondmachine_simulation.sv -o $(WORKING_DIR)/bondmachine_simulation.vvp
# vvp $(WORKING_DIR)/bondmachine_simulation.vvp
#
#simgtkwave: $(WORKING_DIR)/bondmachine_simulation.sv | $(WORKING_DIR) checkenv
# bondmachine -bondmachine-file $(WORKING_DIR)/bondmachine.json -show-program-alias
# mv p*.alias $(WORKING_DIR)
# iverilog $(WORKING_DIR)/bondmachine_simulation.sv -o $(WORKING_DIR)/bondmachine_simulation.vvp
# vvp $(WORKING_DIR)/bondmachine_simulation.vvp
# gtkwave $(WORKING_DIR)/bondmachine.vcd
##### Quartus toolchain targets
$(WORKING_DIR)/$(BOARD).sdc: | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - copy constraints begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
cp $(BOARD).sdc $(WORKING_DIR)
@touch $(WORKING_DIR)/constraint_target
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - copy constraints end]$(DEFC)"
@echo
$(WORKING_DIR)/quartus_creation: $(WORKING_DIR)/$(BOARD).sdc $(WORKING_DIR)/hdl_target | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - project creation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
cat $(ROOTDIR)/$(BOARD)_template_creation.tcl >> $(WORKING_DIR)/quartus-script-creation.tcl
bash -c "cd $(WORKING_DIR) ; quartus_sh -t quartus-script-creation.tcl"
@touch $(WORKING_DIR)/quartus_creation
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - project creation end]$(DEFC)"
@echo
$(WORKING_DIR)/quartus_synthesis: $(WORKING_DIR)/quartus_creation | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - synthesis begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@touch $(WORKING_DIR)/quartus_synthesis
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - synthesis end]$(DEFC)"
@echo
$(WORKING_DIR)/quartus_implementation: $(WORKING_DIR)/quartus_synthesis | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - implementation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@touch $(WORKING_DIR)/quartus_implementation
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - implementation end]$(DEFC)"
@echo
$(WORKING_DIR)/quartus_bitstream: $(WORKING_DIR)/quartus_implementation | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - write bitstream begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@touch $(WORKING_DIR)/quartus_bitstream
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - write bitstream end]$(DEFC)"
@echo
.PHONY: $(WORKING_DIR)/quartus_program
$(WORKING_DIR)/quartus_program: $(WORKING_DIR)/quartus_bitstream | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - programming begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@touch $(WORKING_DIR)/quartus_program
@echo -e "$(PJP)$(INFOC)[Quartus toolchain - programming end]$(DEFC)"
@echo
##### Icestorm toolchain targets
$(WORKING_DIR)/$(BOARD).pcf: | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - copy constraints begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
cp $(BOARD).pcf $(WORKING_DIR)
@touch $(WORKING_DIR)/constraint_target
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - copy constraints end]$(DEFC)"
@echo
$(WORKING_DIR)/icestorm_creation: $(WORKING_DIR)/$(BOARD).pcf $(WORKING_DIR)/hdl_target | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - project creation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
@touch $(WORKING_DIR)/icestorm_creation
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - project creation end]$(DEFC)"
@echo
$(WORKING_DIR)/icestorm_synthesis: $(WORKING_DIR)/icestorm_creation | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - synthesis begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
yosys -p "synth_ice40 -top bondmachine_main -json $(WORKING_DIR)/bondmachine_icestorm.json" $(WORKING_DIR)/bondmachine.sv
@touch $(WORKING_DIR)/icestorm_synthesis
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - synthesis end]$(DEFC)"
@echo
$(WORKING_DIR)/icestorm_implementation: $(WORKING_DIR)/icestorm_synthesis | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - implementation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
nextpnr-ice40 -r --$(BOARD_MODEL) --json $(WORKING_DIR)/bondmachine_icestorm.json --package $(BOARD_PACKAGE) --asc $(WORKING_DIR)/bondmachine.asc --opt-timing --pcf $(WORKING_DIR)/$(BOARD).pcf
@touch $(WORKING_DIR)/icestorm_implementation
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - implementation end]$(DEFC)"
@echo
$(WORKING_DIR)/icestorm_bitstream: $(WORKING_DIR)/icestorm_implementation | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - write bitstream begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
icepack $(WORKING_DIR)/bondmachine.asc $(WORKING_DIR)/bondmachine.bin
@touch $(WORKING_DIR)/icestorm_bitstream
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - write bitstream end]$(DEFC)"
@echo
.PHONY: $(WORKING_DIR)/icestorm_program
$(WORKING_DIR)/icestorm_program: $(WORKING_DIR)/icestorm_bitstream | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - programming begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
ifeq ($(BOARD),icefun)
iceFUNprog $(WORKING_DIR)/bondmachine.bin
endif
ifeq ($(BOARD),icebreaker)
iceprog $(WORKING_DIR)/bondmachine.bin
endif
@touch $(WORKING_DIR)/icestorm_program
@echo -e "$(PJP)$(INFOC)[Icestorm toolchain - programming end]$(DEFC)"
@echo
##### Vivado toolchain targets
$(WORKING_DIR)/$(BOARD).xdc: | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Vivado toolchain - copy constraints begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
cp $(BOARD).xdc $(WORKING_DIR)
@touch $(WORKING_DIR)/constraint_target
@echo -e "$(PJP)$(INFOC)[Vivado toolchain - copy constraints end]$(DEFC)"
@echo
$(WORKING_DIR)/vivado_creation: $(WORKING_DIR)/$(BOARD).xdc $(WORKING_DIR)/hdl_target | $(WORKING_DIR) checkenv
@echo -e "$(PJP)$(INFOC)[Vivado toolchain - project creation begin]$(DEFC) - $(WARNC)[Target: $@] $(DEFC)"
echo "set origin_dir \"$(CURRENT_DIR)/$(WORKING_DIR)\"" > $(WORKING_DIR)/vivado-script-creation.tcl