src/makefile - master - pvvx/TLB2Z

src/makefile
245 строк6 KB
Victor
PA (CB2401 control) fix for BLE (FW: Zigbee Repeater HOBEIAN)
25 фев 2026, 02:06
25 фев 2026, 02:060e2eae4

PROJECT_NAME ?= tb3f_b2z
VERSION_BIN ?=

ZNAME?="B2Z device"

TEL_CHIP := $(POJECT_DEF) -DMCU_CORE_8258=1 -DEND_DEVICE=1 -DMCU_STARTUP_8258=1 -DBLE_CONCURRENT_MODE=1 -DBOOT_LOADER_MODE=0
#-D__PROJECT_TL_SWITCH__=1 

LIBS := -lble_8258 -ldrivers_8258 -lzb_ed 

PGM_PORT?=COM6
PGM_PORT_BAUD?=1500000

PROJECT_PATH ?= .
SRC_DIR ?= /src
SRC_PATH ?= $(PROJECT_PATH)$(SRC_DIR)
# TEL_PATH:  Telink SDK - tc32/bin/
TEL_PATH ?= .
# SDK_PATH: X:/Telink/tl_zigbee_sdk
SDK_PATH ?= ./SDK
SDK_FLAGS := $(SDK_PATH)/stack
# MAKE_PATH: project all make
MAKE_PATH ?= ./make

LS_FLAGS := $(SRC_PATH)/boot_bz.link

OUT_PATH ?=./build
BIN_PATH ?=./bin

PYTHON ?= python3

OBJ_SRCS :=
S_SRCS :=
ASM_SRCS :=
C_SRCS :=
S_UPPER_SRCS :=
O_SRCS :=
FLASH_IMAGE :=
ELFS :=
OBJS :=
LST :=
SIZEDUMMY :=
OUT_DIR :=

COMPILEOS = $(shell uname -o)
LINUX_OS = GNU/Linux

ifeq ($(COMPILEOS),$(LINUX_OS))
	CUR_OS := linux
	TOOLS_PATH := $(TEL_PATH)/tools/linux
else
	CUR_OS := windows
	TOOLS_PATH := $(TEL_PATH)/tools/windows
endif
TC32_PATH := $(TOOLS_PATH)/tc32/bin/

#LNK_FLAG := -Wl,-nostartfiles -Wl,-nostdlib -Wl,--gc-sections -Wl,-uss_apsmeSwitchKeyReq -fshort-enums -nostartfiles -fno-rtti -fno-exceptions -fno-use-cxa-atexit -fno-threadsafe-statics

LNK_FLAGS := --gc-sections -nostartfiles

GCC_FLAGS := \
-O2 \
-ffunction-sections \
-fdata-sections \
-Wall \
-fpack-struct \
-fshort-enums \
-finline-small-functions \
-std=gnu99 \
-funsigned-char \
-fshort-wchar \
-fms-extensions \
-nostartfiles \
-nostdlib

ASM_FLAGS := \
-fomit-frame-pointer \
-fshort-enums \
-Wall \
-Wpacked \
-Wcast-align \
-fdata-sections \
-ffunction-sections \
-fno-use-cxa-atexit \
-fno-rtti \
-fno-threadsafe-statics

INCLUDE_PATHS := -I$(SRC_PATH) -I$(SRC_PATH)/includes -I$(SRC_PATH)/common  -I$(SRC_PATH)/custom_zcl\
-I$(SDK_PATH) \
-I$(SDK_PATH)/proj \
-I$(SDK_PATH)/proj/common \
-I$(SDK_PATH)/platform \
-I$(SDK_PATH)/platform/chip_8258 \
-I$(SDK_PATH)/stack/ble \
-I$(SDK_PATH)/stack/zigbee/af \
-I$(SDK_PATH)/stack/zigbee/include \
-I$(SDK_PATH)/stack/zigbee/bdb/includes \
-I$(SDK_PATH)/stack/zigbee/common/includes \
-I$(SDK_PATH)/stack/zigbee/ota \
-I$(SDK_PATH)/stack/zigbee/zbapi \
-I$(SDK_PATH)/stack/zigbee/zcl \
-I$(SDK_PATH)/stack/zigbee/zdo \
-I$(SDK_PATH)/zbhci \
-I$(SDK_PATH)/stack/ble \
-I$(SDK_PATH)/stack/ble/ble_8258


GCC_FLAGS += $(TEL_CHIP)

LS_INCLUDE := -L$(SDK_PATH)/platform/lib -L$(SDK_PATH)/stack/zigbee/lib/tc32 -L$(SDK_PATH)/stack/ble/lib -L$(OUT_PATH)

#include Project makefile
-include $(MAKE_PATH)/src.mk
#include SDK makefile
-include $(MAKE_PATH)/platform.mk
-include $(MAKE_PATH)/proj.mk
-include $(MAKE_PATH)/zigbee.mk
-include $(MAKE_PATH)/ble.mk
#-include $(MAKE_PATH)/zbhci.mk

# Add inputs and outputs from these tool invocations to the build variables
LST_FILE := $(OUT_PATH)/$(PROJECT_NAME).lst
BIN_FILE := $(BIN_PATH)/$(PROJECT_NAME)$(VERSION_BIN).bin
OTA_FILE := $(BIN_PATH)/$(PROJECT_NAME).zigbee
ELF_FILE := $(OUT_PATH)/$(PROJECT_NAME).elf

SIZEDUMMY := sizedummy

# All Target
all: pre-build main-build

# Main-build Target
main-build: $(ELF_FILE) secondary-outputs

OBJ_LIST := $(USER_OBJS) $(OBJS) 
# Tool invocations
$(ELF_FILE): $(OBJ_LIST)
	@echo 'Building Standard target: $@'
	@$(TC32_PATH)tc32-elf-ld $(LNK_FLAGS) $(LS_INCLUDE) -T$(LS_FLAGS) -o $(ELF_FILE) $(OBJ_LIST) $(LIBS)
	@echo 'Finished building target: $@'
	@echo ' '

$(LST_FILE): $(ELF_FILE)
	@echo 'Invoking: TC32 Create Extended Listing'
	@$(TC32_PATH)tc32-elf-objdump -x -D -l -S  $(ELF_FILE)  > $(LST_FILE)
	@echo 'Finished building: $@'
	@echo ' '


$(BIN_FILE): $(ELF_FILE)
	@echo 'Create Flash image (binary format)'
	@echo ' '
	@$(TC32_PATH)tc32-elf-objcopy -v -O binary $(ELF_FILE) $(BIN_FILE)
	@echo ' '
	@$(PYTHON) $(MAKE_PATH)/tl_check_fw.py $(BIN_FILE)
	@echo 'Finished building: $@'
	@echo ' '

$(OTA_FILE): $(BIN_FILE)
	@echo 'Create OTA image'
	@echo ' '
	@$(PYTHON) $(MAKE_PATH)/zigbee_ota.py $(BIN_FILE) -p $(BIN_PATH) -n $(PROJECT_NAME) -s $(ZNAME)
	@echo ' '

sizedummy: $(ELF_FILE)
	@$(PYTHON) $(MAKE_PATH)/TlsrMemInfo.py -t $(TC32_PATH)tc32-elf-nm $(ELF_FILE)
	@echo ' '

clean:
	@$(RM) $(FLASH_IMAGE) $(ELFS) $(OBJS) $(LST) $(SIZEDUMMY) $(ELF_FILE) $(BIN_FILE) $(LST_FILE)
	@echo 'Clean ...'
	@echo ' '

pre-build:
ifneq ($(SDK_FLAGS), $(wildcard $(SDK_FLAGS)))
	$(error "Please check SDK_Path")
endif
	@mkdir -p $(foreach s,$(OUT_DIR),$(OUT_PATH)$(s))
	@mkdir -p $(BIN_PATH)
	@echo ' '

secondary-outputs: $(BIN_FILE) $(OTA_FILE) $(LST_FILE) $(SIZEDUMMY)


flash: $(BIN_FILE)
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -z15 -a-50 -s we 0 $(BIN_FILE)
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -m i

# test start from OTA BLE
flash_ble: $(BIN_FILE)
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -z15 -a-50 -s i
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) es 0 1
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) we 0x20000 $(BIN_FILE)
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -m i

# test start from Tuya boot_loader
flash_tuya: $(BIN_FILE)
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -z15 -a-50 -s i
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) we 0 tuya_boot.bin
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) we 0x8000 $(BIN_FILE)
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -m i	

reset:
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -z15 -m -w i

erase:
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -z15 -s ea

info:
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -z15 i

stop:
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -z15 -s i

go:
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -m

TADDR?=0x00848494
TLEN?=256
test_damp:
	@$(PYTHON) $(MAKE_PATH)/TlsrPgm.py -p$(PGM_PORT) -b$(PGM_PORT_BAUD) -z10 ds $(TADDR) $(TLEN)

install: $(TC32_PATH)
	@echo "TC32 installed."
	@echo "Use: make clean"
	@echo "     make all"


$(TC32_PATH): $(TOOLS_PATH)
ifneq ($(TC32_PATH),$(wildcard $(TC32_PATH)))
ifeq (linux,$(CUR_OS))
	#@wget -P $(TOOLS_PATH) http://shyboy.oss-cn-shenzhen.aliyuncs.com/readonly/tc32_gcc_v2.0.tar.bz2 
	@tar -xvjf $(TOOLS_PATH)/tc32_gcc_v2.0.tar.bz2 -C $(TOOLS_PATH)
else
	@unzip -o $(TOOLS_PATH)/tc32.zip -d $(TOOLS_PATH)
	@echo Use "Telink IoT Studio"! - http://wiki.telink-semi.cn/wiki/IDE-and-Tools/Telink_IoT_Studio/
endif
endif

$(TOOLS_PATH):
	mkdir -p $(TOOLS_PATH)


.PHONY: all clean
.SECONDARY: main-build