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make: Add groups for building tabs #509

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make: Add groups for building tabs #509

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9f5dbd4
make: add mechanism for `make tab-<group>`
bradjc Aug 15, 2023
0c00b6c
make: add more fixed address targets
bradjc Aug 15, 2023
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76 changes: 56 additions & 20 deletions Makefile
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Original file line number Diff line number Diff line change
Expand Up @@ -139,10 +139,14 @@ test: examples test-stable
# and RAM addresses, use `fixed-target`:
#
# ```
# $(call fixed-target, F=0x00030000 R=0x20008000 T=thumbv7em-none-eabi A=cortex-m4)
# $(call fixed-target, nrf52, F=0x00030000 R=0x20008000 T=thumbv7em-none-eabi A=cortex-m4)
# ```
#
# The "arguments" if you will are:
# The arguments for `fixed-target` are:
# 1. Group name for similar platforms with similar flash/RAM addresses.
# 2. The parameters for a specific build.
#
# The "arguments" of the platform parameters are:
# - F = Flash Address: The address in flash the app is compiled for.
# - R = RAM Address: The address in RAM the app is compiled for.
# - T = Target: The cargo target to compile for.
Expand All @@ -160,35 +164,67 @@ test: examples test-stable
# then assigns target variables to that new target to represent the compilation
# tuple values.
concat = $(subst =,,$(subst $(eval ) ,,$1))
fixed-target = $(foreach A,$1,$(eval $(call concat,$1): $A)) $(eval ELF_TARGETS += $(call concat,$1))
fixed-target = $(foreach A,$2,$(eval $(call concat,$2): $A)) $(eval ELF_TARGETS += $(call concat,$2)) $(eval $1_TARGETS += $(call concat,$2)) $(eval GROUP_TARGETS += $1)

$(call fixed-target, apollo3, F=0x00040000 R=0x10002000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, apollo3, F=0x00048000 R=0x1000a000 T=thumbv7em-none-eabi A=cortex-m4)

$(call fixed-target, clue, F=0x00080000 R=0x20006000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, clue, F=0x00088000 R=0x2000e000 T=thumbv7em-none-eabi A=cortex-m4)

$(call fixed-target, esp32, F=0x403b0000 R=0x3fca2000 T=riscv32imc-unknown-none-elf A=riscv32imc)
$(call fixed-target, esp32, F=0x40440000 R=0x3fcaa000 T=riscv32imc-unknown-none-elf A=riscv32imc)

$(call fixed-target, hail, F=0x00030000 R=0x20008000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, hail, F=0x00038000 R=0x20010000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, hail, F=0x00040000 R=0x20018000 T=thumbv7em-none-eabi A=cortex-m4)

$(call fixed-target, F=0x00030000 R=0x20008000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, F=0x00038000 R=0x20010000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, hifive, F=0x20040000 R=0x80003000 T=riscv32imac-unknown-none-elf A=riscv32imac)

$(call fixed-target, F=0x00040000 R=0x10002000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, F=0x00048000 R=0x1000a000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, msp432, F=0x00020000 R=0x20004000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, msp432, F=0x00028000 R=0x2000c000 T=thumbv7em-none-eabi A=cortex-m4)

$(call fixed-target, F=0x00040000 R=0x20008000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, F=0x00042000 R=0x2000a000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, F=0x00048000 R=0x20010000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, nrf52, F=0x00040000 R=0x20008000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, nrf52, F=0x00042000 R=0x2000a000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, nrf52, F=0x00048000 R=0x20010000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, nrf52, F=0x00050000 R=0x20012000 T=thumbv7em-none-eabi A=cortex-m4)

$(call fixed-target, F=0x00080000 R=0x20006000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, F=0x00088000 R=0x2000e000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, ot, F=0x20030000 R=0x10005000 T=riscv32imc-unknown-none-elf A=riscv32imc)
$(call fixed-target, ot, F=0x20038000 R=0x10009000 T=riscv32imc-unknown-none-elf A=riscv32imc)
$(call fixed-target, ot, F=0x20040000 R=0x1000e000 T=riscv32imc-unknown-none-elf A=riscv32imc)

$(call fixed-target, F=0x403b0000 R=0x3fca2000 T=riscv32imc-unknown-none-elf A=riscv32imc)
$(call fixed-target, F=0x40440000 R=0x3fcaa000 T=riscv32imc-unknown-none-elf A=riscv32imc)
$(call fixed-target, rpi, F=0x10020000 R=0x20004000 T=thumbv6m-none-eabi A=cortex-m0)
$(call fixed-target, rpi, F=0x10028000 R=0x2000c000 T=thumbv6m-none-eabi A=cortex-m0)
$(call fixed-target, rpi, F=0x10040000 R=0x20012000 T=thumbv6m-none-eabi A=cortex-m0)
$(call fixed-target, rpi, F=0x10048000 R=0x2001c000 T=thumbv6m-none-eabi A=cortex-m0)

$(call fixed-target, F=0x10020000 R=0x20004000 T=thumbv6m-none-eabi A=cortex-m0)
$(call fixed-target, F=0x10028000 R=0x2000c000 T=thumbv6m-none-eabi A=cortex-m0)
$(call fixed-target, stm, F=0x08020000 R=0x20004000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, stm, F=0x08028000 R=0x2000e000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, stm, F=0x08030000 R=0x20004000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, stm, F=0x08038000 R=0x2000e000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, stm, F=0x08040000 R=0x20004000 T=thumbv7em-none-eabi A=cortex-m4)
$(call fixed-target, stm, F=0x08048000 R=0x2000e000 T=thumbv7em-none-eabi A=cortex-m4)

# Helper function to define `make tab-<group>` rules. This uses elf2tab to
# build a .tab.
define tabpergroup
.PHONY: tab$(2)
tab$(2): $$($(1)_TARGETS)
mkdir -p target/tab
elf2tab --kernel-major 2 --kernel-minor 1 -n $$(EXAMPLE) -o target/tab/$$(EXAMPLE).tab --stack 1024 --minimum-footer-size 256 $$(ELF_LIST)
endef

# Create `tab-<group>` rules for each group to build TBFs relevant to just that
# group of platforms.
$(foreach A,$(sort $(GROUP_TARGETS)),$(eval $(call tabpergroup,$A,-$A)))
# Create the `make tab` rule to build all TBFs for all platforms.
$(eval $(call tabpergroup,ELF))

# Rule to build a fixed address binary.
$(ELF_TARGETS):
LIBTOCK_LINKER_FLASH=$(F) LIBTOCK_LINKER_RAM=$(R) cargo build --example $(EXAMPLE) $(features) --target=$(T) $(release) --out-dir target/$(A).$(F).$(R) -Z unstable-options
$(eval ELF_LIST += target/$(A).$(F).$(R)/$(EXAMPLE),$(A).$(F).$(R))

.PHONY: tab
tab: $(ELF_TARGETS)
mkdir -p target/tab
elf2tab --kernel-major 2 --kernel-minor 1 -n $(EXAMPLE) -o target/tab/$(EXAMPLE).tab --stack 1024 --minimum-footer-size 256 $(ELF_LIST)

# Creates the `make <BOARD> EXAMPLE=<EXAMPLE>` targets. Arguments:
# 1) The name of the platform to build for.
Expand Down