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9a5a8e3d92
With this, running `make USE_PYCORTEXMDEBUG=1 debug` for almost any STM32 based board will directly load the correct SVD file.
94 lines
2.9 KiB
Makefile
94 lines
2.9 KiB
Makefile
# Extract STM32 infos from CPU_MODEL
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# Example for STM32L476RG:
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# - STM32_TYPE: L
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# - STM32_FAMILY: 4
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# - STM32_MODEL: 476
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# - STM32_MODEL2: 7
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# - STM32_MODEL3: 6
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# - STM32_PINCOUNT: R (64)
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# - STM32_ROMSIZE: G (1024K)
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CPU_MODEL_UPPERCASE = $(call uppercase,$(CPU_MODEL))
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STM32_INFO := $(shell echo $(CPU_MODEL_UPPERCASE) | sed -E -e 's/^STM32(F|L|W|G|MP|U|C)([0-7]|B|L)([A-Z0-9])([0-9])(.)(.)?(_A)?/\1 \2 \2\3\4 \3 \4 \5 \6 \7/')
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STM32_TYPE = $(word 1, $(STM32_INFO))
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STM32_FAMILY = $(word 2, $(STM32_INFO))
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STM32_MODEL = $(word 3, $(STM32_INFO))
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ifneq (,$(filter W,$(STM32_TYPE)))
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STM32_MODEL2 = $(word 4, $(STM32_INFO))
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STM32_MODEL3 = $(word 5, $(STM32_INFO))
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STM32_PINCOUNT = $(word 6, $(STM32_INFO))
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STM32_ROMSIZE = $(word 7, $(STM32_INFO))
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else ifneq (,$(filter MP,$(STM32_TYPE)))
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STM32_MODEL2 = $(word 6, $(STM32_INFO))
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STM32_PINCOUNT = $(word 7, $(STM32_INFO))$(word 8, $(STM32_INFO))
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else
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STM32_MODEL2 = $(word 4, $(STM32_INFO))
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STM32_MODEL3 = $(word 5, $(STM32_INFO))
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STM32_PINCOUNT = $(word 6, $(STM32_INFO))
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STM32_ROMSIZE = $(word 7, $(STM32_INFO))
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STM32_RAMMOD = $(word 8, $(STM32_INFO))
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endif
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CPU_FAM = $(call lowercase,$(STM32_TYPE)$(STM32_FAMILY))
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SVD_VENDOR := STMicro
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ifeq (f0,$(CPU_FAM))
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CPU_CORE = cortex-m0
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ifneq (,$(filter $(STM32_MODEL),031 042 072 091))
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SVD_MODEL := STM32F$(STM32_MODEL)x
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endif
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ifeq (030,$(STM32_MODEL))
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SVD_MODEL := STM32F$(STM32_MODEL)
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endif
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else ifeq (f1,$(CPU_FAM))
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CPU_CORE = cortex-m3
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SVD_MODEL := STM32F$(STM32_MODEL)xx
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else ifeq (f2,$(CPU_FAM))
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CPU_CORE = cortex-m3
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SVD_MODEL := STM32F2$(STM32_MODEL2)x
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else ifeq (l1,$(CPU_FAM))
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CPU_CORE = cortex-m3
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# TODO: Memory map description is split over multiple SVD files, but this
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# is not yet supported by the build system. We load the common STM32L1xx
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# SVD file only for now
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SVD_MODEL := STM32L1xx
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else ifeq (f3,$(CPU_FAM))
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CPU_CORE = cortex-m4f
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ifneq (,$(filter $(STM32_MODEL3),4 8))
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SVD_MODEL := STM32F3x$(STM32_MODEL3)
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else
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SVD_MODEL := STM32F$(STM32_MODEL)
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endif
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else ifeq (f4,$(CPU_FAM))
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CPU_CORE = cortex-m4f
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SVD_MODEL := STM32F$(STM32_MODEL)
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else ifeq (l4,$(CPU_FAM))
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CPU_CORE = cortex-m4f
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SVD_MODEL := STM32L4x$(STM32_MODEL3)
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else ifeq (mp1,$(CPU_FAM))
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CPU_CORE = cortex-m4f
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else ifeq (g4,$(CPU_FAM))
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CPU_CORE = cortex-m4
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SVD_MODEL := STM32G$(STM32_MODEL)xx
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else ifneq (,$(filter $(CPU_FAM),wb wl))
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CPU_CORE = cortex-m4
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else ifeq (f7,$(CPU_FAM))
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CPU_CORE = cortex-m7
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SVD_MODEL := STM32F7x$(STM32_MODEL3)
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else ifeq (g0,$(CPU_FAM))
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CPU_CORE = cortex-m0plus
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SVD_MODEL := STM32G$(STM32_MODEL)
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else ifeq (l0,$(CPU_FAM))
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CPU_CORE = cortex-m0plus
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SVD_MODEL := STM32L0x$(STM32_MODEL3)
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else ifeq (c0,$(CPU_FAM))
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CPU_CORE = cortex-m0plus
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else ifeq (l5,$(CPU_FAM))
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CPU_CORE = cortex-m33
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SVD_MODEL := STM32L$(STM32_MODEL)
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else ifeq (u5,$(CPU_FAM))
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CPU_CORE = cortex-m33
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SVD_MODEL := STM32U$(STM32_MODEL)
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else
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$(error Not supported CPU family: '$(CPU_FAM)')
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endif
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