#!/usr/bin/env python3 import os import shutil from typing import TYPE_CHECKING, List, Dict, Set, Union from pathlib import Path import subprocess import sys import ninja_syntax from glob import glob # Configuration: VERSIONS = ["us", "jp", "cn"] DO_SHA1_CHECK = True # Paths: ROOT = Path(__file__).parent.parent.parent TOOLS = (ROOT / "tools").relative_to(ROOT) BUILD_TOOLS = TOOLS / "build" YAY0_COMPRESS_TOOL = f"{BUILD_TOOLS}/yay0/Yay0compress" CRC_TOOL = f"{BUILD_TOOLS}/rom/n64crc" # if TYPE_CHECKING: # from def exec_shell(command: List[str]) -> str: ret = subprocess.run(command, stdout=subprocess.PIPE, text=True) return ret.stdout def write_ninja_rules(ninja: ninja_syntax.Writer, cpp: str, extra_cppflags: str, extra_cflags: str, use_ccache: bool, shift: bool, debug: bool): # platform-specific if sys.platform == "darwin": iconv = "tools/iconv.py UTF-8 $encoding" elif sys.platform == "linux": iconv = "iconv --from UTF-8 --to $encoding" else: raise Exception(f"unsupported platform {sys.platform}") ccache = "" if use_ccache: ccache = "ccache " try: subprocess.call(["ccache"], stdout=subprocess.DEVNULL, stderr=subprocess.DEVNULL) except FileNotFoundError: ccache = "" cross = "mips-linux-gnu-" cc = f"{BUILD_TOOLS}/cc/gcc/gcc" cc_modern = f"mips-linux-gnu-gcc" cc_ido = f"{BUILD_TOOLS}/cc/ido5.3/cc" cc_272_dir = f"{BUILD_TOOLS}/cc/gcc2.7.2/" cc_272 = f"{cc_272_dir}/gcc" cxx = f"{BUILD_TOOLS}/cc/gcc/g++" CPPFLAGS_COMMON = "-Iver/$version/include -Iver/$version/build/include -Iinclude -Isrc -Iassets/$version -D_LANGUAGE_C -D_FINALROM " \ "-DVERSION=$version -DF3DEX_GBI_2 -D_MIPS_SZLONG=32" CPPFLAGS = "-w " + CPPFLAGS_COMMON + " -nostdinc" CPPFLAGS_272 = "-Iver/$version/include -Iver/$version/build/include -Iinclude -Isrc -Iassets/$version -D_LANGUAGE_C -D_FINALROM " \ "-DVERSION=$version -DF3DEX_GBI_2 -D_MIPS_SZLONG=32 -nostdinc" cflags = f"-c -G0 -O2 -gdwarf-2 -x c -B {BUILD_TOOLS}/cc/gcc/ {extra_cflags}" cflags_modern = f"-c -G0 -O2 -gdwarf-2 -fno-builtin-bcopy -fno-tree-loop-distribute-patterns -funsigned-char -mgp32 -mfp32 -mabi=32 -mfix4300 -march=vr4300 -mno-gpopt -fno-toplevel-reorder -mno-abicalls -fno-pic -fno-exceptions -fno-stack-protector -fno-zero-initialized-in-bss -Wno-builtin-declaration-mismatch -x c {extra_cflags}" cflags_272 = f"-c -G0 -mgp32 -mfp32 -mips3 {extra_cflags}" cflags_272 = cflags_272.replace("-ggdb3","-g1") ninja.variable("python", sys.executable) ld_args = f"-T ver/$version/build/undefined_syms.txt -T ver/$version/undefined_syms_auto.txt -T ver/$version/undefined_funcs_auto.txt -Map $mapfile --no-check-sections -T $in -o $out" if shift: # For the shiftable build, we link twice to resolve some addresses that gnu ld can't figure out all in one go. ninja.rule("ld", description="link($version) $out", command=f"{cross}ld $$(tools/build/ld/multilink_calc.py $version hardcode) {ld_args} && \ {cross}ld $$(tools/build/ld/multilink_calc.py $version calc) {ld_args}", ) else: ninja.rule("ld", description="link($version) $out", command=f"{cross}ld {ld_args}", ) Z64_DEBUG = "" if debug: Z64_DEBUG = "-gS -R .data -R .note -R .eh_frame -R .gnu.attributes -R .comment -R .options" ninja.rule("z64", description="rom $out", command=f"{cross}objcopy $in $out -O binary {Z64_DEBUG} && {BUILD_TOOLS}/rom/n64crc $out", ) ninja.rule("z64_ique", description="rom $out", command=f"{cross}objcopy $in $out -O binary {Z64_DEBUG}", ) ninja.rule("sha1sum", description="check $in", command="sha1sum -c $in && touch $out" if DO_SHA1_CHECK else "touch $out", ) ninja.rule("cpp", description="cpp $in", command=f"{cpp} $in {extra_cppflags} -P -o $out" ) ninja.rule("cc", description="gcc $in", command=f"bash -o pipefail -c '{cpp} {CPPFLAGS} {extra_cppflags} -DOLD_GCC $cppflags -MD -MF $out.d $in -o - | {iconv} | {ccache}{cc} {cflags} $cflags - -o $out'", depfile="$out.d", deps="gcc", ) ninja.rule("cc_modern", description="gcc $in", command=f"bash -o pipefail -c '{cpp} {CPPFLAGS} {extra_cppflags} $cppflags -MD -MF $out.d $in -o - | {iconv} | {ccache}{cc_modern} {cflags_modern} $cflags - -o $out'", depfile="$out.d", deps="gcc", ) ninja.rule("cc_ido", description="ido $in", command=f"{ccache}{cc_ido} -w {CPPFLAGS_COMMON} {extra_cppflags} $cppflags -c -mips1 -O0 -G0 -non_shared -Xfullwarn -Xcpluscomm -o $out $in", ) ninja.rule("cc_272", description="cc_272 $in", command=f"bash -o pipefail -c 'COMPILER_PATH={cc_272_dir} {cc_272} {CPPFLAGS_272} {extra_cppflags} $cppflags {cflags_272} $cflags $in -o $out && mips-linux-gnu-objcopy -N $in $out'", ) ninja.rule("cxx", description="cxx $in", command=f"bash -o pipefail -c '{cpp} {CPPFLAGS} {extra_cppflags} $cppflags -MD -MF $out.d $in -o - | {iconv} | {ccache}{cxx} {cflags} $cflags - -o $out'", depfile="$out.d", deps="gcc", ) ninja.rule("dead_cc", description="dead_cc $in", command=f"mips-linux-gnu-objcopy --redefine-sym sqrtf=dead_sqrtf $in $out", ) ninja.rule("bin", description="bin $in", command=f"{cross}ld -r -b binary $in -o $out", ) ninja.rule("as", description="as $in", command=f"{cross}as -EB -march=vr4300 -mtune=vr4300 -Iinclude $in -o $out", ) ninja.rule("img", description="img($img_type) $in", command=f"$python {BUILD_TOOLS}/img/build.py $img_type $in $out $img_flags", ) ninja.rule("img_header", description="img_header $in", command=f"$python {BUILD_TOOLS}/img/header.py $in $out \"$c_name\"", ) ninja.rule("bin_inc_c", description="bin_inc_c $out", command=f"$python {BUILD_TOOLS}/bin_inc_c.py $in $out \"$c_name\"", ) ninja.rule("pal_inc_c", description="pal_inc_c $out", command=f"$python {BUILD_TOOLS}/pal_inc_c.py $in $out \"$c_name\"", ) ninja.rule("yay0", description="yay0 $in", command=f"{BUILD_TOOLS}/yay0/Yay0compress $in $out", ) ninja.rule("sprite", description="sprite $sprite_name", command=f"$python {BUILD_TOOLS}/sprite/sprite.py $out $sprite_dir", ) ninja.rule("sprite_combine", description="sprite_combine $in", command=f"$python {BUILD_TOOLS}/sprite/combine.py $out $in", ) ninja.rule("sprite_header", description="sprite_header $sprite_name", command=f"$python {BUILD_TOOLS}/sprite/header.py $out $sprite_dir $sprite_id", ) ninja.rule("msg", description="msg $in", command=f"$python {BUILD_TOOLS}/msg/parse_compile.py $in $out", ) ninja.rule("msg_combine", description="msg_combine $out", command=f"$python {BUILD_TOOLS}/msg/combine.py $out $in", ) ninja.rule("mapfs", description="mapfs $out", command=f"$python {BUILD_TOOLS}/mapfs/combine.py $version $out $in", ) ninja.rule("pack_title_data", description="pack_title_data $out", command=f"$python {BUILD_TOOLS}/mapfs/pack_title_data.py $out $in", ) ninja.rule("map_header", command=f"$python {BUILD_TOOLS}/mapfs/map_header.py $in > $out") ninja.rule("pm_charset", command=f"$python {BUILD_TOOLS}/pm_charset.py $out $in") ninja.rule("pm_charset_palettes", command=f"$python {BUILD_TOOLS}/pm_charset_palettes.py $out $in") ninja.rule("pm_sprite_shading_profiles", command=f"$python {BUILD_TOOLS}/sprite/sprite_shading_profiles.py $in $out $header_path") with Path("tools/permuter_settings.toml").open("w") as f: f.write(f"compiler_command = \"{cc} {CPPFLAGS.replace('$version', 'us')} {cflags} -DPERMUTER -fforce-addr\"\n") f.write(f"assembler_command = \"{cross}as -EB -march=vr4300 -mtune=vr4300 -Iinclude\"\n") f.write(f"compiler_type = \"gcc\"\n") f.write( """ [preserve_macros] "gs?[DS]P.*" = "void" OVERRIDE_FLAG_CHECK = "int" OS_K0_TO_PHYSICAL = "int" "G_.*" = "int" "TEXEL.*" = "int" PRIMITIVE = "int" [decompme.compilers] "tools/build/cc/gcc/gcc" = "gcc2.8.1" """) def write_ninja_for_tools(ninja: ninja_syntax.Writer): ninja.rule("cc_tool", description="cc_tool $in", command=f"cc -w $in -O3 -o $out", ) ninja.build(YAY0_COMPRESS_TOOL, "cc_tool", f"{BUILD_TOOLS}/yay0/Yay0compress.c") ninja.build(CRC_TOOL, "cc_tool", f"{BUILD_TOOLS}/rom/n64crc.c") class Configure: def __init__(self, version: str): self.version = version self.version_path = ROOT / f"ver/{version}" self.linker_entries = None def split(self, assets: bool, code: bool, shift: bool, debug: bool): import split modes = ["ld"] if assets: modes.extend(["bin", "yay0", "img", "vtx", "vtx_common", "gfx", "gfx_common", "pm_map_data", "pm_msg", "pm_npc_sprites", "pm_charset","pm_charset_palettes", "pm_effect_loads", "pm_effect_shims", "pm_sprite_shading_profiles"]) if code: modes.extend(["code", "c", "data", "rodata"]) splat_files = [str(self.version_path / "splat.yaml")] if debug: splat_files += [str(self.version_path / "splat-debug.yaml")] if shift: splat_files += [str(self.version_path / "splat-shift.yaml")] split.main( splat_files, modes, verbose=False, ) self.linker_entries = split.linker_writer.entries self.asset_stack = split.config["asset_stack"] def build_path(self) -> Path: return Path(f"ver/{self.version}/build") def undefined_syms_path(self) -> Path: return self.build_path() / "undefined_syms.txt" def elf_path(self) -> Path: # TODO: read basename and build_path from splat.yaml return Path(f"ver/{self.version}/build/papermario.elf") def rom_path(self) -> Path: return self.elf_path().with_suffix(".z64") def rom_ok_path(self) -> Path: return self.elf_path().with_suffix(".ok") def linker_script_path(self) -> Path: # TODO: read from splat.yaml return Path(f"ver/{self.version}/papermario.ld") def map_path(self) -> Path: return self.elf_path().with_suffix(".map") def resolve_src_paths(self, src_paths: List[Path]) -> List[str]: out = [] for path in src_paths: path = self.resolve_asset_path(path) if path.is_dir(): out.extend(glob(str(path) + "/**/*", recursive=True)) else: out.append(str(path)) return out def resolve_asset_path(self, path: Path) -> Path: parts = list(path.parts) if parts[0] == "assets": for d in self.asset_stack: parts[1] = d new_path = Path("/".join(parts)) if new_path.exists(): return new_path # ¯\_(ツ)_/¯ return path def write_ninja(self, ninja: ninja_syntax.Writer, skip_outputs: Set[str], non_matching: bool, modern_gcc: bool): import segtypes import segtypes.common.data import segtypes.n64.yay0 assert self.linker_entries is not None built_objects = set() generated_headers = [] def build(object_paths: Union[Path, List[Path]], src_paths: List[Path], task: str, variables: Dict[str, str] = {}, implicit_outputs: List[str] = []): if not isinstance(object_paths, list): object_paths = [object_paths] object_strs = [str(obj) for obj in object_paths] needs_build = False for object_path in object_paths: if object_path.suffixes[-1] == ".o": built_objects.add(str(object_path)) elif object_path.suffixes[-1] == ".h" or task == "bin_inc_c" or task == "pal_inc_c": generated_headers.append(str(object_path)) # don't rebuild objects if we've already seen all of them if not str(object_path) in skip_outputs: needs_build = True if needs_build: skip_outputs.update(object_strs) implicit = [] order_only = [] if task == "yay0": implicit.append(YAY0_COMPRESS_TOOL) elif task in ["cc", "cxx", "cc_modern"]: order_only.append("generated_headers_" + self.version) ninja.build( object_strs, # $out task, self.resolve_src_paths(src_paths), # $in variables={ "version": self.version, **variables }, implicit=implicit, order_only=order_only, implicit_outputs=implicit_outputs ) # Build objects for entry in self.linker_entries: seg = entry.segment if isinstance(seg, segtypes.n64.header.N64SegHeader): build(entry.object_path, entry.src_paths, "as") elif isinstance(seg, segtypes.common.asm.CommonSegAsm) or (isinstance(seg, segtypes.common.data.CommonSegData) and not seg.type[0] == "."): build(entry.object_path, entry.src_paths, "as") elif isinstance(seg, segtypes.common.c.CommonSegC) or (isinstance(seg, segtypes.common.data.CommonSegData) and seg.type[0] == "."): cflags = None if isinstance(seg.yaml, dict): cflags = seg.yaml.get("cflags") elif len(seg.yaml) >= 4: cflags = seg.yaml[3] # default cflags where not specified if cflags is None: if "nusys" in entry.src_paths[0].parts: cflags = "" elif "os" in entry.src_paths[0].parts: # libultra cflags = "" else: # papermario cflags = "-fforce-addr" # c task = "cc" if entry.src_paths[0].suffixes[-1] == ".cpp": task = "cxx" if modern_gcc: task = "cc_modern" if seg.name.endswith("osFlash"): task = "cc_ido" elif "gcc_272" in cflags: task = "cc_272" cflags = cflags.replace("gcc_272", "") encoding = "SHIFT-JIS" if version == "cn": encoding = "EUC-JP" # Dead cod if isinstance(seg, segtypes.common.c.CommonSegC) and isinstance(seg.rom_start, int) and seg.rom_start >= 0xEA0900: obj_path = str(entry.object_path) init_obj_path = Path(obj_path + ".dead") build(init_obj_path, entry.src_paths, task, variables={ "cflags": cflags, "cppflags": f"-DVERSION_{self.version.upper()}", "encoding": encoding, }) build( entry.object_path, [init_obj_path], "dead_cc", ) # Not dead cod else: if seg.get_most_parent().name not in ["main", "engine1", "engine2"]: cflags += " -fno-common" build(entry.object_path, entry.src_paths, task, variables={ "cflags": cflags, "cppflags": f"-DVERSION_{self.version.upper()}", "encoding": encoding, }) # images embedded inside data aren't linked, but they do need to be built into .inc.c files if isinstance(seg, segtypes.common.group.CommonSegGroup): for seg in seg.subsegments: if isinstance(seg, segtypes.n64.img.N64SegImg): flags = "" if seg.n64img.flip_h: flags += "--flip-x " if seg.n64img.flip_v: flags += "--flip-y " src_paths = [seg.out_path().relative_to(ROOT)] inc_dir = self.build_path() / "include" / seg.dir bin_path = self.build_path() / seg.dir / (seg.name + ".png.bin") build(bin_path, src_paths, "img", variables={ "img_type": seg.type, "img_flags": flags, }) c_sym = seg.create_symbol( addr=seg.vram_start, in_segment=True, type="data", define=True ) name = c_sym.name if "namespaced" in seg.args: name = f"N({name[7:]})" vars = {"c_name": name} build(inc_dir / (seg.name + ".png.h"), src_paths, "img_header", vars) build(inc_dir / (seg.name + ".png.inc.c"), [bin_path], "bin_inc_c", vars) elif isinstance(seg, segtypes.n64.palette.N64SegPalette): src_paths = [seg.out_path().relative_to(ROOT)] inc_dir = self.build_path() / "include" / seg.dir bin_path = self.build_path() / seg.dir / (seg.name + ".pal.bin") build(bin_path, src_paths, "img", variables={ "img_type": seg.type, "img_flags": "", }) c_sym = seg.create_symbol( addr=seg.vram_start, in_segment=True, type="data", define=True ) vars = {"c_name": c_sym.name} build(inc_dir / (seg.name + ".pal.inc.c"), [bin_path], "pal_inc_c", vars) elif isinstance(seg, segtypes.common.bin.CommonSegBin): build(entry.object_path, entry.src_paths, "bin") elif isinstance(seg, segtypes.n64.yay0.N64SegYay0): compressed_path = entry.object_path.with_suffix("") # remove .o build(compressed_path, entry.src_paths, "yay0") build(entry.object_path, [compressed_path], "bin") elif isinstance(seg, segtypes.n64.img.N64SegImg): flags = "" if seg.n64img.flip_h: flags += "--flip-x " if seg.n64img.flip_v: flags += "--flip-y " bin_path = entry.object_path.with_suffix(".bin") inc_dir = self.build_path() / "include" / seg.dir build(bin_path, entry.src_paths, "img", variables={ "img_type": seg.type, "img_flags": flags, }) build(entry.object_path, [bin_path], "bin") # c_sym = seg.create_symbol( # addr=seg.vram_start, in_segment=True, type="data", define=True # ) # vars = {"c_name": c_sym.name} build(inc_dir / (seg.name + ".png.h"), entry.src_paths, "img_header") elif isinstance(seg, segtypes.n64.palette.N64SegPalette): bin_path = entry.object_path.with_suffix(".bin") build(bin_path, entry.src_paths, "img", variables={ "img_type": seg.type, "img_flags": "", }) build(entry.object_path, [bin_path], "bin") elif seg.type == "pm_npc_sprites": sprite_yay0s = [] for sprite_id, sprite_dir in enumerate(entry.src_paths, 1): sprite_name = sprite_dir.name bin_path = entry.object_path.with_suffix("") / (sprite_name + ".bin") yay0_path = bin_path.with_suffix(".Yay0") sprite_yay0s.append(yay0_path) variables = { "sprite_id": sprite_id, "sprite_name": sprite_name, "sprite_dir": str(self.resolve_asset_path(sprite_dir)), } build(bin_path, [sprite_dir], "sprite", variables=variables) build(yay0_path, [bin_path], "yay0") build( self.build_path() / "include" / seg.dir / seg.name / (sprite_name + ".h"), [sprite_dir], "sprite_header", variables=variables, ) build(entry.object_path.with_suffix(".bin"), sprite_yay0s, "sprite_combine") build(entry.object_path, [entry.object_path.with_suffix(".bin")], "bin") elif seg.type == "pm_msg": msg_bins = [] for section_idx, msg_path in enumerate(entry.src_paths): bin_path = entry.object_path.with_suffix("") / f"{section_idx:02X}.bin" msg_bins.append(bin_path) build(bin_path, [msg_path], "msg") build([ entry.object_path.with_suffix(".bin"), self.build_path() / "include" / "message_ids.h", ], msg_bins, "msg_combine") build(entry.object_path, [entry.object_path.with_suffix(".bin")], "bin") elif seg.type == "pm_map_data": bin_yay0s: List[Path] = [] # flat list of (uncompressed path, compressed? path) pairs src_dir = Path("assets/x") / seg.name for path in entry.src_paths: name = path.stem out_dir = entry.object_path.with_suffix("").with_suffix("") bin_path = out_dir / f"{name}.bin" if name.startswith("party_"): compress = True build(bin_path, [path], "img", variables={ "img_type": "party", "img_flags": "", }) elif name == "title_data": compress = True logotype_path = out_dir / "title_logotype.bin" copyright_path = out_dir / "title_copyright.bin" copyright_pal_path = out_dir / "title_copyright.pal" # jp only press_start_path = out_dir / "title_press_start.bin" build(logotype_path, [src_dir / "title/logotype.png"], "img", variables={ "img_type": "rgba32", "img_flags": "", }) build(press_start_path, [src_dir / "title/press_start.png"], "img", variables={ "img_type": "ia8", "img_flags": "", }) if self.version == "jp": build(copyright_path, [src_dir / "title/copyright.png"], "img", variables={ "img_type": "ci4", "img_flags": "", }) build(copyright_pal_path, [src_dir / "title/copyright.png"], "img", variables={ "img_type": "palette", "img_flags": "", }) imgs = [logotype_path, copyright_path, press_start_path, copyright_pal_path] else: build(copyright_path, [src_dir / "title/copyright.png"], "img", variables={ "img_type": "ia8", "img_flags": "", }) imgs = [logotype_path, copyright_path, press_start_path] build(bin_path, imgs, "pack_title_data") elif name.endswith("_bg"): compress = True bin_path = self.build_path() / bin_path build(bin_path, [path], "img", variables={ "img_type": "bg", "img_flags": "", }) elif name.endswith("_tex"): compress = False bin_path = path elif name.endswith("_shape"): map_name = "_".join(name.split("_")[:-1]) # Handle map XML files, if they exist (TODO: have splat output these) map_xml = self.resolve_asset_path(Path(f"assets/{self.version}") / seg.dir / seg.name / (map_name + ".xml")) if map_xml.exists(): # Build a header file for this map build( self.build_path() / "include" / seg.dir / seg.name / (map_name + ".h"), [map_xml], "map_header", ) # NOTE: we don't build the map xml into a _shape or _hit file (yet); the Star Rod Map Editor # is able to build the xml nonmatchingly into assets/star_rod_build/mapfs/*.bin for people # who want that (i.e. modders). 'star_rod_build' should be added to asset_stack also. compress = True bin_path = path else: compress = True bin_path = path if compress: yay0_path = out_dir / f"{name}.Yay0" build(yay0_path, [bin_path], "yay0") else: yay0_path = bin_path bin_yay0s.append(bin_path) bin_yay0s.append(yay0_path) # combine build(entry.object_path.with_suffix(""), bin_yay0s, "mapfs") build(entry.object_path, [entry.object_path.with_suffix("")], "bin") elif seg.type == "pm_charset": rasters = [] for src_path in entry.src_paths: out_path = self.build_path() / seg.dir / seg.name / (src_path.stem + ".bin") build(out_path, [src_path], "img", variables={ "img_type": "ci4", "img_flags": "", }) rasters.append(out_path) build(entry.object_path.with_suffix(""), rasters, "pm_charset") build(entry.object_path, [entry.object_path.with_suffix("")], "bin") elif seg.type == "pm_charset_palettes": palettes = [] for src_path in entry.src_paths: out_path = self.build_path() / seg.dir / seg.name / "palette" / (src_path.stem + ".bin") build(out_path, [src_path], "img", variables={ "img_type": "palette", "img_flags": "", }) palettes.append(out_path) build(entry.object_path.with_suffix(""), palettes, "pm_charset_palettes") build(entry.object_path, [entry.object_path.with_suffix("")], "bin") elif seg.type in ["pm_effect_loads", "pm_effect_shims"]: build(entry.object_path, entry.src_paths, "as") elif seg.type == "pm_sprite_shading_profiles": header_path = str(self.build_path() / "include/sprite/sprite_shading_profiles.h") build(entry.object_path.with_suffix(""), entry.src_paths, "pm_sprite_shading_profiles", implicit_outputs=[header_path], variables={ "header_path": header_path, }) build(entry.object_path, [entry.object_path.with_suffix("")], "bin") elif seg.type == "linker" or seg.type == "linker_offset": pass else: raise Exception(f"don't know how to build {seg.__class__.__name__} '{seg.name}'") # Run undefined_syms through cpp ninja.build( str(self.undefined_syms_path()), "cpp", str(self.version_path / "undefined_syms.txt") ) # Build elf, z64, ok additional_objects = [str(self.undefined_syms_path())] ninja.build( str(self.elf_path()), "ld", str(self.linker_script_path()), implicit=[str(obj) for obj in built_objects] + additional_objects, variables={ "version": self.version, "mapfile": str(self.map_path()) }, ) if self.version == "cn": ninja.build( str(self.rom_path()), "z64_ique", str(self.elf_path()), variables={ "version": self.version }, ) else: ninja.build( str(self.rom_path()), "z64", str(self.elf_path()), implicit=[CRC_TOOL], variables={ "version": self.version }, ) if not non_matching: ninja.build( str(self.rom_ok_path()), "sha1sum", f"ver/{self.version}/checksum.sha1", implicit=[str(self.rom_path())], ) ninja.build("generated_headers_" + self.version, "phony", generated_headers) def make_current(self, ninja: ninja_syntax.Writer): current = Path("ver/current") try: current.unlink() except Exception: pass current.symlink_to(self.version) ninja.build("ver/current/build/papermario.z64", "phony", str(self.rom_path())) if __name__ == "__main__": from argparse import ArgumentParser parser = ArgumentParser(description="Paper Mario build.ninja generator") parser.add_argument("version", nargs="*", default=[], help="Version(s) to configure for. Most tools will operate on the first-provided only. Supported versions: " + ','.join(VERSIONS)) parser.add_argument("--cpp", help="GNU C preprocessor command") parser.add_argument("-c", "--clean", action="store_true", help="Delete assets and previously-built files") parser.add_argument("--splat", default="tools/splat", help="Path to splat tool to use") parser.add_argument("--split-code", action="store_true", help="Re-split code segments to asm files") parser.add_argument("--no-split-assets", action="store_true", help="Don't split assets from the baserom(s)") parser.add_argument("-d", "--debug", action="store_true", help="Generate debugging information") parser.add_argument("-n", "--non-matching", action="store_true", help="Compile nonmatching code. Combine with --debug for more detailed debug info") parser.add_argument("--shift", action="store_true", help="Build a shiftable version of the game (non-matching)") parser.add_argument("--modern-gcc", action="store_true", help="Use modern GCC instead of the original compiler") parser.add_argument("--ccache", action="store_true", help="Use ccache") args = parser.parse_args() exec_shell(["make", "-C", str(ROOT / args.splat)]) # on macOS, /usr/bin/cpp defaults to clang rather than gcc (but we need gcc's) if args.cpp is None and sys.platform == "darwin" and "Free Software Foundation" not in exec_shell(["cpp", "--version"]): if "Free Software Foundation" in exec_shell(["cpp-12", "--version"]): args.cpp = "cpp-12" else: print("error: system C preprocessor is not GNU!") print("This is a known issue on macOS - only clang's cpp is installed by default.") print("Use 'brew' to obtain GNU cpp, then run this script again with the --cpp option, e.g.") print(" ./configure --cpp cpp-12") exit(1) # default version behaviour is to only do those that exist if len(args.version) > 0: versions = args.version else: versions = [] for version in VERSIONS: rom = ROOT / f"ver/{version}/baserom.z64" print(f"configure: looking for baserom {rom.relative_to(ROOT)}", end="") if rom.exists(): print("...found") versions.append(version) else: print("...missing") if len(versions) == 0: print("error: no baseroms found") exit(1) if args.clean: print("configure: cleaning...") exec_shell(["ninja", "-t", "clean"]) for version in versions: shutil.rmtree(ROOT / f"assets/{version}", ignore_errors=True) shutil.rmtree(ROOT / f"ver/{version}/assets", ignore_errors=True) shutil.rmtree(ROOT / f"ver/{version}/build", ignore_errors=True) os.remove(ROOT / f"ver/{version}/.splat_cache") extra_cflags = "" extra_cppflags = "" if args.non_matching: extra_cppflags += " -DNON_MATCHING" if args.debug: extra_cflags += " -ggdb3" # we can generate more accurate debug info in non-matching mode extra_cppflags += " -DDEBUG" # e.g. affects ASSERT macro elif args.debug: # g1 doesn't affect codegen extra_cflags += " -ggdb3" if args.shift: extra_cppflags += " -DSHIFT" extra_cflags += " -Wmissing-braces -Wimplicit -Wredundant-decls -Wstrict-prototypes" # add splat to python import path sys.path.append(str((ROOT / args.splat).resolve())) ninja = ninja_syntax.Writer(open(str(ROOT / "build.ninja"), "w"), width=9999) non_matching = args.non_matching or args.modern_gcc or args.shift write_ninja_rules(ninja, args.cpp or "cpp", extra_cppflags, extra_cflags, args.ccache, args.shift, args.debug) write_ninja_for_tools(ninja) skip_files = set() all_rom_oks: List[str] = [] first_configure = None for version in versions: print(f"configure: configuring version {version}") configure = Configure(version) if not first_configure: first_configure = configure configure.split(not args.no_split_assets, args.split_code, args.shift, args.debug) configure.write_ninja(ninja, skip_files, non_matching, args.modern_gcc) all_rom_oks.append(str(configure.rom_ok_path())) assert(first_configure) first_configure.make_current(ninja) if non_matching: ninja.build("all", "phony", [str(first_configure.rom_path())]) else: ninja.build("all", "phony", all_rom_oks) ninja.default("all")