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@Yanis002
Yanis002 committed Nov 17, 2024
1 parent 84b2ee6 commit c950a2b
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210 changes: 177 additions & 33 deletions .make_hackeroot.mk
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Original file line number Diff line number Diff line change
@@ -1,29 +1,195 @@
# Set prefix to mips binutils binaries (mips-linux-gnu-ld => 'mips-linux-gnu-') - Change at your own risk!
# In nearly all cases, not having 'mips-linux-gnu-*' binaries on the PATH is indicative of missing dependencies
#### Compiling ####

# Returns the path to the command $(1) if exists. Otherwise returns an empty string.
find-command = $(shell which $(1) 2>/dev/null)

# Set prefix to mips binutils binaries (mips-linux-gnu-ld => 'mips-linux-gnu-') - Change at your own risk!
# In nearly all cases, not having 'mips-linux-gnu-*' binaries on the PATH is indicative of missing dependencies
ifneq ($(call find-command,mips-n64-ld),)
MIPS_BINUTILS_PREFIX := mips-n64-
MIPS_BINUTILS_PREFIX := mips-n64-
else ifneq ($(call find-command,mips64-ld),)
MIPS_BINUTILS_PREFIX := mips64-
MIPS_BINUTILS_PREFIX := mips64-
else ifneq ($(call find-command,mips-linux-gnu-ld),)
MIPS_BINUTILS_PREFIX := mips-linux-gnu-
MIPS_BINUTILS_PREFIX := mips-linux-gnu-
else ifneq ($(call find-command,mips64-linux-gnu-ld),)
MIPS_BINUTILS_PREFIX := mips64-linux-gnu-
MIPS_BINUTILS_PREFIX := mips64-linux-gnu-
else ifneq ($(call find-command,mips-ld),)
MIPS_BINUTILS_PREFIX := mips-
MIPS_BINUTILS_PREFIX := mips-
else ifneq ($(call find-command,mips64-elf-ld),)
MIPS_BINUTILS_PREFIX := mips64-elf-
MIPS_BINUTILS_PREFIX := mips64-elf-
else
$(error Unable to detect a suitable MIPS toolchain installed)
$(error Unable to detect a suitable MIPS toolchain installed)
endif

# Enable optimization flags to use GDB on Ares
# Default value: `0`
ARES_GDB := 0

# Toggle release or debug mode. 1=Release, 0=Debug
# Default value: `0`
RELEASE := 0

# Compression algorithm. Valid algorithms are 'yaz', 'lzo' and 'aplib'
# Default value: `yaz`
COMPRESSION ?= yaz
COMPRESSION_TYPE ?= $(shell echo $(COMPRESSION) | tr '[:lower:]' '[:upper:]')

# Platform compatibility flags
# Default value: (nothing)
TARGET ?=
ifeq ($(TARGET),wad)
CFLAGS := -fno-reorder-blocks -fno-optimize-sibling-calls
CPP_DEFINES := -DCONSOLE_WIIVC
else ifeq ($(TARGET),iso)
CFLAGS := -fno-reorder-blocks -fno-optimize-sibling-calls
CPP_DEFINES := -DCONSOLE_GC
endif

# Set PACKAGE_VERSION define for printing commit hash
ifeq ($(origin PACKAGE_VERSION), undefined)
PACKAGE_VERSION := $(shell git log -1 --pretty=%h | tr -d '\n')
ifeq ('$(PACKAGE_VERSION)', '')
PACKAGE_VERSION = Unknown version
endif
endif

# Define author and package version for every OoT version
CPP_DEFINES += -DPACKAGE_VERSION='$(PACKAGE_VERSION)' -DCOMPRESS_$(COMPRESSION_TYPE)=1
OPTFLAGS += -ffast-math -fno-unsafe-math-optimizations

# Override optimization flags if using GDB
ifeq ($(ARES_GDB),1)
OPTFLAGS := -Og -ggdb3
endif

#### Tools ####

FLIPS := tools/Flips/flips
GZINJECT := tools/gzinject/gzinject

# Temporary measure to avoid issues on ISO builds (same for `CFLAGS_IDO`).
# The real fix would be having the proper fixes in the N64 emulator itself
# but this requires some time to figure it out.
CC_IDO := tools/ido_recomp/linux/5.3/cc

#### Files ####

# Config file used for building ISOs.
DMA_CONFIG_FILE := dma_config.txt

# Baserom to use when creating BPS patches
BASEROM_PATCH ?= baseroms/$(VERSION)/baserom.z64

#### Build Rules ####

# Build the codebase to inject in a WAD file (for Wii VC)
# Steps:
# - check if there's the common-key.bin file
# - build and compress the rom
# - inject the binary in the wad file (and apply patches)
# - remove temporary folders
wad:
$(call print,Patching WAD...)
ifeq ("$(wildcard baseroms/$(VERSION)/common-key.bin)", "")
$(error Please provide the common-key.bin file.)
endif
$(V)$(MAKE) compress TARGET=wad
$(V)$(GZINJECT) -a inject -r 1 -k baseroms/$(VERSION)/common-key.bin -w baseroms/$(VERSION)/basewad.wad -m $(ROMC) -o $(WAD) -t "HackerOoT" -i NHOE -p tools/gzinject/patches/NACE.gzi -p tools/gzinject/patches/gz_default_remap.gzi
$(V)$(RM) -r wadextract/
$(call print,Success!)

# Build the codebase to inject in a ISO file (for GameCube)
# Steps:
# - build and compress the rom
# - create the dma config file
# - extract the iso
# - copy the rom and dma config file to the extracted iso folder
# - remove any unnecessary files
# - apply the modifications on the emulator binary
# - pack the iso
# - remove temporary folders
iso:
$(V)$(MAKE) compress TARGET=iso
$(call print,Patching ISO...)
$(V)$(PYTHON) tools/gc_utility.py -v $(VERSION) -c $(COMPRESSION)
$(V)$(GZINJECT) -a extract -s baseroms/$(VERSION)/baseiso.iso
$(V)cp $(BUILD_DIR)/$(DMA_CONFIG_FILE) isoextract/zlj_f.tgc/$(DMA_CONFIG_FILE)
$(V)cp $(ROMC) isoextract/zlj_f.tgc/zlj_f.n64
$(V)$(RM) -r isoextract/S_*.tgc/ isoextract/zlj_f.tgc/*.thp
$(V)$(FLIPS) --apply tools/gamecube.bps isoextract/zlj_f.tgc/main.dol isoextract/zlj_f.tgc/main.dol
$(V)$(GZINJECT) -a pack -s $(ISO)
$(V)$(RM) -r isoextract/
$(call print,Success!)

# Create a BPS patch for the built rom
# Steps:
# - run Flips and create the patch
# TODO: add compressed rom support.
patch:
$(call print,Creating BPS patch...)
$(V)$(FLIPS) --create --bps $(BASEROM_PATCH) $(ROM) $(BPS)
$(call print,Success!)

# Create F3DEX3 bps patches
# Steps:
# - run Flips and create the patches
create_f3dex3_patches: F3DEX3/f3dzex2.code F3DEX3/f3dzex2.data
$(call print,Creating F3DEX3 patches...)
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.code F3DEX3/F3DEX3_BrW.code F3DEX3/F3DEX3_BrW.code.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.data F3DEX3/F3DEX3_BrW.data F3DEX3/F3DEX3_BrW.data.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.code F3DEX3/F3DEX3_BrW_PA.code F3DEX3/F3DEX3_BrW_PA.code.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.data F3DEX3/F3DEX3_BrW_PA.data F3DEX3/F3DEX3_BrW_PA.data.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.code F3DEX3/F3DEX3_BrW_PB.code F3DEX3/F3DEX3_BrW_PB.code.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.data F3DEX3/F3DEX3_BrW_PB.data F3DEX3/F3DEX3_BrW_PB.data.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.code F3DEX3/F3DEX3_BrW_PC.code F3DEX3/F3DEX3_BrW_PC.code.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.data F3DEX3/F3DEX3_BrW_PC.data F3DEX3/F3DEX3_BrW_PC.data.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.code F3DEX3/F3DEX3_BrW_NOC.code F3DEX3/F3DEX3_BrW_NOC.code.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.data F3DEX3/F3DEX3_BrW_NOC.data F3DEX3/F3DEX3_BrW_NOC.data.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.code F3DEX3/F3DEX3_BrW_NOC_PA.code F3DEX3/F3DEX3_BrW_NOC_PA.code.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.data F3DEX3/F3DEX3_BrW_NOC_PA.data F3DEX3/F3DEX3_BrW_NOC_PA.data.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.code F3DEX3/F3DEX3_BrW_NOC_PB.code F3DEX3/F3DEX3_BrW_NOC_PB.code.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.data F3DEX3/F3DEX3_BrW_NOC_PB.data F3DEX3/F3DEX3_BrW_NOC_PB.data.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.code F3DEX3/F3DEX3_BrW_NOC_PC.code F3DEX3/F3DEX3_BrW_NOC_PC.code.bps
$(V)$(FLIPS) --create --bps F3DEX3/f3dzex2.data F3DEX3/F3DEX3_BrW_NOC_PC.data F3DEX3/F3DEX3_BrW_NOC_PC.data.bps
$(call print,Success!)

# Build the rom and print its checksum (using md5)
# Steps:
# - run `make clean`
# - build the rom
# - show the checksum
verify:
$(V)$(MAKE) clean
$(V)$(MAKE) rom
@md5sum $(ROM)

.PHONY: wad iso patch create_f3dex3_patches verify

F3DEX3/f3dzex2.code:
$(V)dd bs=1 if=$(BASEROM_DIR)/baserom-decompressed.z64 of=$@ skip=12374256 count=5680 status=none

F3DEX3/f3dzex2.data:
$(V)dd bs=1 if=$(BASEROM_DIR)/baserom-decompressed.z64 of=$@ skip=12379936 count=1056 status=none

F3DEX3/F3DEX3%.code: F3DEX3/F3DEX3%.code.bps F3DEX3/f3dzex2.code
$(V)$(FLIPS) --apply F3DEX3/F3DEX3$*.code.bps F3DEX3/f3dzex2.code $@

F3DEX3/F3DEX3%.data: F3DEX3/F3DEX3%.data.bps F3DEX3/f3dzex2.data
$(V)$(FLIPS) --apply F3DEX3/F3DEX3$*.data.bps F3DEX3/f3dzex2.data $@

.PRECIOUS: $(UCODE_FILES)

$(BUILD_DIR)/F3DEX3/%.o: F3DEX3/%
$(call print,Wrapping binary to ELF:,$<,$@)
$(V)mkdir -p $(BUILD_DIR)/F3DEX3
$(V)$(OBJCOPY) -I binary -O elf32-big $< $@

#### Output ####

# Verbose toggle
V := @
ifeq (VERBOSE, 1)
V=
V=
endif

# Colors
Expand All @@ -37,27 +203,5 @@ PRINT := printf

# Generic print function for make rules
define print
$(V)echo -e "$(GREEN)$(1) $(YELLOW)$(2)$(GREEN) -> $(BLUE)$(3)$(NO_COL)"
$(V)echo -e "$(GREEN)$(1) $(YELLOW)$(2)$(GREEN) -> $(BLUE)$(3)$(NO_COL)"
endef

# Enable optimization flags to use GDB on Ares
ARES_GDB := 1

# Toggle release or debug mode. 1=Release, 0=Debug
# Note: currently only used for HackerOoT
RELEASE := 0

# Valid compression algorithms are 'yaz', 'lzo' and 'aplib'
COMPRESSION ?= yaz
COMPRESSION_TYPE ?= $(shell echo $(COMPRESSION) | tr '[:lower:]' '[:upper:]')

# Platform compatibility flags
TARGET ?=

ifeq ($(TARGET),wad)
CFLAGS := -DCONSOLE_WIIVC -fno-reorder-blocks -fno-optimize-sibling-calls
CPPFLAGS := -DCONSOLE_WIIVC
else ifeq ($(TARGET),iso)
CFLAGS := -DCONSOLE_GC -fno-reorder-blocks -fno-optimize-sibling-calls
CPPFLAGS := -DCONSOLE_GC
endif
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